Calorie to Erg Converter

Convert calories to ergs with our free online energy converter.

Quick Answer

1 Calorie = 41840000 ergs

Formula: Calorie × conversion factor = Erg

Use the calculator below for instant, accurate conversions.

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All conversion formulas on UnitsConverter.io have been verified against NIST (National Institute of Standards and Technology) guidelines and international SI standards. Our calculations are accurate to 10 decimal places for standard conversions and use arbitrary precision arithmetic for astronomical units.

Last verified: February 2026|Reviewed by: Sam Mathew, Software Engineer

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How to Use the Calorie to Erg Calculator:

Enter the value you want to convert in the 'From' field (Calorie).
The converted value in Erg will appear automatically in the 'To' field.
Use the dropdown menus to select different units within the Energy category.
Click the swap button (⇌) to reverse the conversion direction.

How to Convert Calorie to Erg: Step-by-Step Guide

Converting Calorie to Erg involves multiplying the value by a specific conversion factor, as shown in the formula below.

Formula:

erg = cal × 41840000

Example Calculation:

1 cal = 41840000 erg

Disclaimer: For Reference Only

These conversion results are provided for informational purposes only. While we strive for accuracy, we make no guarantees regarding the precision of these results, especially for conversions involving extremely large or small numbers which may be subject to the inherent limitations of standard computer floating-point arithmetic.

Not for professional use. Results should be verified before use in any critical application. View our Terms of Service for more information.

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What is a Calorie and a Erg?

and Standards

The Small Calorie (Thermochemical Calorie)

The small calorie (cal), also called the gram calorie or thermochemical calorie, is defined as:

1 cal = 4.184 joules (exactly)

This represents the energy required to raise the temperature of one gram of pure water by one degree Celsius (from 14.5°C to 15.5°C) at standard atmospheric pressure (101.325 kPa).

The Large Calorie (Kilocalorie)

The large Calorie (Cal with capital C), properly called the kilocalorie (kcal), is defined as:

1 Cal = 1 kcal = 1,000 cal = 4,184 joules = 4.184 kilojoules

This represents the energy required to raise one kilogram of water by one degree Celsius. Food labels universally use this unit but write it as "Calorie" or "calories" (often lowercase), causing widespread confusion.

Historical Calorie Definitions

Multiple calorie definitions existed historically, all slightly different:

15°C calorie (cal₁₅): Energy to raise 1 g water from 14.5°C to 15.5°C = 4.1855 J
20°C calorie (cal₂₀): Energy to raise 1 g water from 19.5°C to 20.5°C = 4.182 J
Mean calorie (cal_mean): 1/100 of energy to raise 1 g water from 0°C to 100°C = 4.190 J
International Table calorie (cal_IT): Exactly 4.1868 J (defined in 1956)
Thermochemical calorie (cal_th): Exactly 4.184 J (most common today)

The thermochemical calorie (4.184 J) is now standard in most applications.

Modern SI Replacement

The calorie was officially replaced by the joule (J) as the SI unit of energy in 1948. However, nutrition labeling and food science continue using kilocalories (Calories) globally, creating a dual-system reality.

1 erg = 0.0000001 joules (J)

Note: The Calorie is part of the imperial/US customary system, primarily used in the US, UK, and Canada for everyday measurements. The Erg belongs to the imperial/US customary system.

History of the Calorie and Erg

and Evolution

Early Thermal Theory (1770s-1820s)

Swedish physicist Johan Wilcke first used the term "calorie" in 1772 while studying the specific heat capacity of different substances. French chemist Antoine Lavoisier and mathematician Pierre-Simon Laplace developed early calorimetry techniques in the 1780s using ice calorimeters, though they didn't use the calorie unit.

French engineer Nicolas Clément formally defined the calorie in 1824 as the heat required to raise one kilogram of water by one degree Celsius (equivalent to the modern kilocalorie). This definition emerged from steam engine efficiency studies during the Industrial Revolution.

Refinement and Standardization (1840s-1890s)

French chemists Pierre-Antoine Favre and Johann Silbermann refined Clément's definition in the mid-19th century to the small calorie (one gram of water by one degree Celsius), making it more practical for laboratory thermochemistry measurements.

German physicist Julius von Mayer and British physicist James Prescott Joule established the mechanical equivalent of heat in the 1840s-1850s, showing that heat and mechanical work were forms of the same phenomenon—energy. Joule's experiments demonstrated that approximately 4.184 joules of mechanical work produced one calorie of heat.

By the 1880s, the calorie became fundamental to thermochemistry, with chemists using it to measure heats of combustion, reaction, and formation for thousands of compounds.

Nutrition Science Revolution (1890s-1910s)

American agricultural chemist Wilbur Olin Atwater pioneered the use of calories in nutrition science in the 1890s. Working at Wesleyan University and the USDA, Atwater:

Built the first human respiration calorimeter in the United States (1892)
Measured the caloric content of hundreds of foods
Established the Atwater system: 4 kcal/gram for carbohydrates and proteins, 9 kcal/gram for fats, 7 kcal/gram for alcohol
Published the first food composition tables with calorie values (1896)

Atwater used the kilocalorie (large Calorie) for practical reasons—food portions contain thousands of small calories. His system remains the foundation of modern nutrition labeling.

Global Nutrition Labeling (1960s-Present)

The United States mandated calorie labeling on packaged foods in 1990 through the Nutrition Labeling and Education Act (NLEA), with regulations taking effect in 1994. The European Union, Australia, Canada, and most other nations followed with similar requirements.

International standards bodies attempted to introduce joule-based labeling:

EU regulations required joules (kJ) alongside Calories (kcal) starting in the 1990s
Australian/New Zealand labels show both kJ (primary) and Cal (secondary)
Most other nations continue using Calories (kcal) exclusively

Despite official SI adoption of the joule, the Calorie remains dominant in consumer nutrition worldwide due to decades of established practice.

Common Uses and Applications: calories vs ergs

Explore the typical applications for both Calorie (imperial/US) and Erg (imperial/US) to understand their common contexts.

Common Uses for calories

Nutrition and Food Science

The kilocalorie (food Calorie) is the global standard for food energy labeling:

Nutrition Facts labels: Required in US, EU, Canada, Australia, Japan, and most nations
Calorie counting apps: MyFitnessPal, Lose It!, Cronometer use kcal
Restaurant menus: Chain restaurants in many countries must display Calories
Weight management: "3,500 Calorie deficit = 1 pound lost" rule (approximate)
Dietary guidelines: USDA recommends 2,000 Cal/day reference (individual needs vary)
Meal planning: Registered dietitians prescribe meal plans in kcal targets

The capital-C "Calorie" convention (Cal) distinguishes food calories from scientific small calories (cal), though lowercase "calorie" appears on many labels causing confusion.

Thermochemistry and Chemical Engineering

The small calorie (cal) remains common in chemistry despite SI joule adoption:

Heat capacity measurements: Specific heat often expressed in cal/(g·°C)
Enthalpy of reaction: ΔH values published in both kcal/mol and kJ/mol
Bond energies: C-H bond ≈ 99 kcal/mol (414 kJ/mol), C-C bond ≈ 83 kcal/mol (347 kJ/mol)
Calorimetry: Bomb calorimeters measure heat of combustion in cal or kcal
Physical chemistry textbooks: Many retain calories alongside joules for historical continuity

Exercise Physiology and Sports Science

Calories (kcal) measure energy expenditure and athletic performance:

VO₂ max testing: Maximum oxygen consumption converted to Cal/min
Heart rate monitors: Estimate calorie burn from HR, age, weight, gender
Fitness trackers: Apple Watch, Fitbit, Garmin display "active Calories" and "total Calories"
Exercise equipment: Treadmills, ellipticals, rowing machines show estimated Calories burned
Sports nutrition: Athletes track calorie intake to match training expenditure (3,000-8,000+ Cal/day for elite athletes)

Medicine and Clinical Nutrition

Healthcare providers use Calories for patient care:

Enteral/parenteral nutrition: Hospital feeding formulas prescribed in kcal/day
Malnutrition treatment: Refeeding protocols specify gradual kcal increases
Obesity medicine: Weight loss interventions target 500-1,000 Cal/day deficits
Diabetes management: Carbohydrate counting considers total caloric intake
Critical care: ICU patients receive calculated kcal needs (25-30 kcal/kg body weight/day)
Eating disorder treatment: Recovery meal plans gradually increase kcal to restore weight

Heating and Cooling Systems (Historical)

Before universal adoption of BTUs and watts, calories measured heating/cooling:

Steam heating systems: Rated in thousands of kcal/hour (now watts or BTU/h)
Refrigeration: Early systems rated in kcal/hour removed (now tons or watts)
Industrial processes: Heat input/output in Mcal (megacalories = 1 million cal = 1,000 kcal)

When to Use ergs

Used in physics, engineering, energy systems, and scientific calculations where this energy scale is appropriate for the application.

Additional Unit Information

About Calorie (cal)

What is the difference between cal and kcal?

cal (small calorie) = 4.184 joules—the energy to raise 1 gram of water by 1°C. Used in scientific contexts (chemistry, physics).

kcal (kilocalorie) = 4,184 joules = 1,000 cal—the energy to raise 1 kilogram of water by 1°C. Used in nutrition as "Calorie" (capital C).

Food labels display kilocalories (kcal) but call them "Calories" or "calories," causing widespread confusion.

Why do food labels use "Calories" instead of "calories"?

Food labels show the kilocalorie (kcal), which should technically be written as "Calorie" with capital C or "kcal" to distinguish from the small calorie (cal). However, regulations and common usage often write "calories" (lowercase), relying on context (nutrition labeling) to indicate kilocalories.

Historical reason: When Wilbur Atwater introduced food calorie measurements in the 1890s, he used kilocalories because food portions contain thousands of small calories. The "Calorie" (capital C) convention emerged to distinguish the two.

How many calories do I need per day?

Estimated daily needs (kcal/day):

Sedentary women: 1,600-2,000 Calories
Active women: 2,000-2,400 Calories
Sedentary men: 2,000-2,600 Calories
Active men: 2,400-3,000 Calories

Factors affecting needs:

Age (decreases ~10 Cal/day per year after age 30)
Sex (men typically need more due to higher muscle mass)
Height and weight (larger bodies need more energy)
Activity level (exercise increases expenditure significantly)
Muscle mass (muscle burns more calories at rest than fat)

Use the Mifflin-St Jeor equation for personalized estimates:

Men: (10 × weight in kg) + (6.25 × height in cm) - (5 × age) + 5
Women: (10 × weight in kg) + (6.25 × height in cm) - (5 × age) - 161

Then multiply by activity factor (1.2 for sedentary, 1.375 for light activity, 1.55 for moderate, 1.725 for very active, 1.9 for extremely active).

How many calories should I eat to lose weight?

Safe weight loss rate: 0.5-2 pounds per week

Calorie deficit needed:

500 Cal/day deficit → ~1 pound lost per week
1,000 Cal/day deficit → ~2 pounds lost per week

Minimum intake guidelines:

Women: Don't go below 1,200 Calories/day without medical supervision
Men: Don't go below 1,500 Calories/day without medical supervision

Why minimums matter: Very low-calorie diets risk nutrient deficiencies, muscle loss, metabolic slowdown, and difficulty sustaining weight loss.

Better approach: Calculate your Total Daily Energy Expenditure (TDEE), then eat 10-25% less while maintaining adequate protein (0.7-1g per pound body weight) and strength training to preserve muscle mass.

Are calories the same as kilojoules?

No, they are different units measuring the same thing (energy):

1 Calorie (kcal) = 4.184 kilojoules (kJ)

Conversion:

kcal → kJ: multiply by 4.184
kJ → kcal: divide by 4.184

Regional use:

United States, Canada: Calories (kcal) exclusively
Australia, New Zealand: kJ primary, Calories secondary
European Union: Both required (kJ first in some countries)
Most of world: Calories (kcal) dominant

Quick approximation: 1 kJ ≈ 0.24 kcal, or 1 kcal ≈ 4.2 kJ

Why was the calorie replaced by the joule?

The joule became the SI standard unit of energy in 1948 for several reasons:

Coherence: Joule integrates perfectly with other SI units (1 J = 1 kg·m²/s²)
Universality: Applies to all forms of energy (mechanical, electrical, thermal), not just heat
Precision: Joule has an exact definition based on fundamental constants
No ambiguity: Multiple calorie definitions existed (15°C, 20°C, mean, thermochemical, IT)

Despite official replacement, the calorie persists in nutrition because:

Decades of established practice and consumer familiarity
Food databases and recipes use Calories
Changing would require massive re-education and relabeling costs
The kilocalorie provides convenient numbers for food portions (100-500 range vs. 400,000-2,000,000 joules)

Do different foods have different calorie densities?

Yes, calorie density varies enormously:

Very low calorie density (0-50 Cal/100g):

Non-starchy vegetables: lettuce 15 Cal/100g, cucumber 16 Cal/100g, celery 16 Cal/100g
Fruits: watermelon 30 Cal/100g, strawberries 32 Cal/100g

Low calorie density (50-150 Cal/100g):

Lean proteins: chicken breast 165 Cal/100g, cod 82 Cal/100g
Legumes: lentils 116 Cal/100g cooked, black beans 132 Cal/100g cooked

Medium calorie density (150-400 Cal/100g):

Whole grains: brown rice 123 Cal/100g cooked, whole wheat bread 247 Cal/100g
Starchy vegetables: potatoes 77 Cal/100g, corn 96 Cal/100g

High calorie density (400-900 Cal/100g):

Fats and oils: olive oil 884 Cal/100g, butter 717 Cal/100g
Nuts and seeds: almonds 579 Cal/100g, peanut butter 588 Cal/100g
Processed foods: potato chips 536 Cal/100g, chocolate 546 Cal/100g

Why fat has highest density: Fat provides 9 Cal/g vs. 4 Cal/g for carbs/protein, making fatty foods extremely calorie-dense.

Does "negative calorie" food exist?

No, truly negative-calorie foods do not exist. All foods provide calories, though some extremely low-calorie vegetables come close.

The myth: Foods like celery supposedly require more calories to digest than they provide.

The reality:

Celery contains 16 Calories per 100g (about 6 Calories per large stalk)
Digestion burns ~10-30% of calories consumed (thermic effect of food)
Celery digestion might use ~2 Calories per stalk
Net result: Still positive 4 Calories per stalk

Closest candidates (still positive net calories):

Celery, cucumbers, lettuce, zucchini (very low but never negative)
Ice water technically uses ~8 Calories per liter to warm (negligible effect)

Bottom line: Very low-calorie vegetables are excellent for weight loss due to high volume and fiber, but they still provide net positive calories.

How accurate are calorie counts on food labels?

FDA allows ±20% margin of error on nutrition labels in the United States. Similar tolerances exist in other countries.

Why inaccuracy occurs:

Natural variation in food composition (seasonal, variety, growing conditions)
Measurement methods (Atwater system uses averages, not exact values)
Rounding rules (labels round to nearest 5 or 10 Calories)
Fiber calories counted differently (2 Cal/g vs. 4 Cal/g for total carbs)

Studies show:

Restaurant foods average 18% more calories than posted
Packaged foods usually within ±10% of label
"Low calorie" foods (<40 Cal/serving) often more accurate in absolute terms

Calorie counting app accuracy: Database entries vary widely; verified entries (e.g., from USDA) are most reliable, while user-submitted entries can be off by 50%+ in some cases.

What is a "calorie bomb calorimeter"?

A bomb calorimeter is a laboratory device that precisely measures the energy content of food and other materials by burning them completely in pure oxygen and measuring the heat released.

How it works:

Sample placed in sealed steel "bomb" container filled with pure oxygen (30 atm pressure)
Bomb submerged in precisely measured water
Electrical ignition burns sample completely
Temperature rise in surrounding water measured
Calories calculated: Heat (cal) = water mass (g) × temp rise (°C) × water specific heat

Accuracy: Modern bomb calorimeters measure to ±0.1% precision.

Why important: Food calorie values originally came from bomb calorimetry. However, human digestion doesn't extract 100% of calories (fiber partly undigested, protein incompletely oxidized), so Atwater factors adjust bomb calorimetry values for physiological availability.

Can you burn calories without exercise?

Yes, your body burns calories constantly through:

1. Basal Metabolic Rate (BMR): 60-75% of daily calories

Cellular metabolism, protein synthesis, breathing, circulation, brain function
Example: 1,400-1,800 Cal/day for typical adults at complete rest

2. Non-Exercise Activity Thermogenesis (NEAT): 15-30% of daily calories

Fidgeting, maintaining posture, daily movements, occupational activities
Can vary by 350-600 Cal/day between individuals
Standing burns 50 more Cal/hour than sitting

3. Thermic Effect of Food (TEF): 8-15% of calories consumed

Energy used to digest, absorb, and process nutrients
Protein has highest TEF (20-30%), then carbs (5-10%), then fat (0-3%)

4. Exercise: 5-15% of daily calories (for sedentary to moderately active people)

Example breakdown (2,000 Cal/day total expenditure):

BMR: 1,400 Cal (70%)
NEAT: 400 Cal (20%)
TEF: 150 Cal (7.5%)
Exercise: 50 Cal (2.5%)

Takeaway: Most calories burned come from just being alive, not exercise, though exercise remains crucial for health, fitness, and weight management.

About Erg (erg)

How do I convert erg to joules?

Formula: J = erg × 0.0000001

Erg to Joules converter →

How do I convert erg to kWh?

To convert to kilowatt-hours, first convert to joules, then divide by 3,600,000.

Erg to kWh converter →

What is Erg used for?

Erg is used in contexts where the energy scale makes it convenient compared to very large or very small joule values. It provides a practical measurement unit for specific applications.

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Energy Unit Registry Log 152: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 153: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 154: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 155: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 156: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 157: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 158: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 159: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 160: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 161: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 162: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 163: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 164: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 165: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 166: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 167: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 168: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 169: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 170: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 171: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 172: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 173: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 174: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 175: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 176: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 177: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 178: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 179: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 180: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 181: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 182: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 183: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 184: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 185: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 186: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 187: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 188: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 189: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 190: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 191: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 192: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 193: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 194: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 195: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 196: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 197: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 199: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 200: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 201: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 202: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 203: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 204: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 205: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 206: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 207: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 208: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 209: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 210: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 211: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 212: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 213: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 214: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 215: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 216: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 217: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 218: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 219: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 220: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 221: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 222: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 223: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 224: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 225: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 226: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 227: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 228: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 229: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 230: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 231: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 232: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 233: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 234: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 235: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 236: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 237: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 238: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 239: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 240: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 241: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 242: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 243: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 244: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 245: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 246: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 247: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 248: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 249: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 250: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 251: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 252: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 253: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 254: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 255: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 256: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 257: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 258: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 259: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 260: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 261: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 262: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 263: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 264: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 265: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 266: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 267: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 268: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 269: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 270: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 271: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 272: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 273: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 274: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 275: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 276: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 277: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 278: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 279: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 280: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 281: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 282: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 283: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 284: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 285: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 286: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 287: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 288: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 289: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 296: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 297: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 299: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 300: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 301: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 302: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 303: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 304: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 305: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 306: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 307: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 308: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 309: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 310: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 311: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 312: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 313: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 314: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 315: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 316: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 317: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 318: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 319: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 320: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 321: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 322: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 323: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 324: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 325: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 326: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 327: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 328: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 329: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 330: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 331: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 332: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 333: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 334: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 335: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 336: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 337: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 338: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 339: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 340: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 341: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 342: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 343: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 344: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 345: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 346: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 347: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 348: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 349: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 350: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 351: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 352: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 353: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 354: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 356: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 357: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 359: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 360: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 361: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 363: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 364: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 365: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 366: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 369: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 373: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 377: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 379: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 380: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 381: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 382: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 383: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 384: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 385: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 386: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 387: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 388: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 389: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 390: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 391: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 393: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 394: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 395: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 396: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 397: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 398: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 399: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 400: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 402: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 403: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 404: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 405: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 406: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 407: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 409: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 412: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 418: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Energy Unit Registry Log 420: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 421: Technical energy scale benchmark for scientific research and mechanical work log site area.
Energy Unit Registry Log 422: Technical energy scale benchmark for scientific research and mechanical work log site area.
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Conversion Table: Calorie to Erg

Calorie (cal)	Erg (erg)
0.5	20,920,000
1	41,840,000
1.5	62,760,000
2	83,680,000
5	209,200,000
10	418,400,000
25	1,046,000,000
50	2,092,000,000
100	4,184,000,000
250	10,460,000,000
500	20,920,000,000
1,000	41,840,000,000

How do I convert Calorie to Erg?

To convert Calorie to Erg, enter the value in Calorie in the calculator above. The conversion will happen automatically. Use our free online converter for instant and accurate results. You can also visit our energy converter page to convert between other units in this category.

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What is the conversion factor from Calorie to Erg?

The conversion factor depends on the specific relationship between Calorie and Erg. You can find the exact conversion formula and factor on this page. Our calculator handles all calculations automatically. See the conversion table above for common values.

Can I convert Erg back to Calorie?

Yes! You can easily convert Erg back to Calorie by using the swap button (⇌) in the calculator above, or by visiting our Erg to Calorie converter page. You can also explore other energy conversions on our category page.

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What are common uses for Calorie and Erg?

Calorie and Erg are both standard units used in energy measurements. They are commonly used in various applications including engineering, construction, cooking, and scientific research. Browse our energy converter for more conversion options.

For more energy conversion questions, visit our FAQ page or explore our conversion guides.

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All Energy Conversions

Joule to Kilojoule Joule to Megajoule Joule to Gigajoule Joule to Watt-hour Joule to Kilowatt-hour Joule to Megawatt-hour Joule to Calorie Joule to Kilocalorie Joule to British Thermal Unit Joule to Therm Joule to Foot-pound Joule to Electronvolt Joule to Erg Joule to Quad Kilojoule to Joule Kilojoule to Megajoule Kilojoule to Gigajoule Kilojoule to Watt-hour Kilojoule to Kilowatt-hour Kilojoule to Megawatt-hour Kilojoule to Calorie Kilojoule to Kilocalorie Kilojoule to British Thermal Unit Kilojoule to Therm Kilojoule to Foot-pound Kilojoule to Electronvolt Kilojoule to Erg Kilojoule to Quad Megajoule to Joule Megajoule to Kilojoule Megajoule to Gigajoule Megajoule to Watt-hour Megajoule to Kilowatt-hour Megajoule to Megawatt-hour Megajoule to Calorie Megajoule to Kilocalorie Megajoule to British Thermal Unit Megajoule to Therm Megajoule to Foot-pound Megajoule to Electronvolt Megajoule to Erg Megajoule to Quad Gigajoule to Joule Gigajoule to Kilojoule Gigajoule to Megajoule Gigajoule to Watt-hour Gigajoule to Kilowatt-hour Gigajoule to Megawatt-hour Gigajoule to Calorie Gigajoule to Kilocalorie Gigajoule to British Thermal Unit Gigajoule to Therm Gigajoule to Foot-pound Gigajoule to Electronvolt Gigajoule to Erg Gigajoule to Quad Watt-hour to Joule Watt-hour to Kilojoule Watt-hour to Megajoule Watt-hour to Gigajoule Watt-hour to Kilowatt-hour Watt-hour to Megawatt-hour Watt-hour to Calorie Watt-hour to Kilocalorie Watt-hour to British Thermal Unit Watt-hour to Therm Watt-hour to Foot-pound Watt-hour to Electronvolt Watt-hour to Erg Watt-hour to Quad Kilowatt-hour to Joule Kilowatt-hour to Kilojoule Kilowatt-hour to Megajoule Kilowatt-hour to Gigajoule Kilowatt-hour to Watt-hour Kilowatt-hour to Megawatt-hour Kilowatt-hour to Calorie Kilowatt-hour to Kilocalorie Kilowatt-hour to British Thermal Unit Kilowatt-hour to Therm Kilowatt-hour to Foot-pound Kilowatt-hour to Electronvolt Kilowatt-hour to Erg Kilowatt-hour to Quad Megawatt-hour to Joule Megawatt-hour to Kilojoule Megawatt-hour to Megajoule Megawatt-hour to Gigajoule Megawatt-hour to Watt-hour Megawatt-hour to Kilowatt-hour Megawatt-hour to Calorie Megawatt-hour to Kilocalorie Megawatt-hour to British Thermal Unit Megawatt-hour to Therm Megawatt-hour to Foot-pound Megawatt-hour to Electronvolt Megawatt-hour to Erg Megawatt-hour to Quad Calorie to Joule Calorie to Kilojoule Calorie to Megajoule Calorie to Gigajoule Calorie to Watt-hour Calorie to Kilowatt-hour Calorie to Megawatt-hour Calorie to Kilocalorie Calorie to British Thermal Unit Calorie to Therm Calorie to Foot-pound Calorie to Electronvolt Calorie to Quad Kilocalorie to Joule Kilocalorie to Kilojoule Kilocalorie to Megajoule Kilocalorie to Gigajoule Kilocalorie to Watt-hour Kilocalorie to Kilowatt-hour Kilocalorie to Megawatt-hour Kilocalorie to Calorie Kilocalorie to British Thermal Unit

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Verified Against Authority Standards

All conversion formulas have been verified against international standards and authoritative sources to ensure maximum accuracy and reliability.

NIST Reference on Constants, Units and Uncertainty

National Institute of Standards and Technology — Fundamental physical constants and unit conversions

BIPM SI Units

Bureau International des Poids et Mesures — International System of Units (SI) definitions and standards

ISO 80000

International Organization for Standardization — Quantities and units international standards series

Last verified: February 19, 2026

Calorie to Erg Converter

Quick Answer

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Calorie to Erg Calculator

How to Use the Calorie to Erg Calculator:

How to Convert Calorie to Erg: Step-by-Step Guide

Formula:

Example Calculation:

What is a Calorie and a Erg?

The Small Calorie (Thermochemical Calorie)

The Large Calorie (Kilocalorie)

Historical Calorie Definitions

Modern SI Replacement

History of the Calorie and Erg

Early Thermal Theory (1770s-1820s)

Refinement and Standardization (1840s-1890s)

Nutrition Science Revolution (1890s-1910s)

Global Nutrition Labeling (1960s-Present)

Common Uses and Applications: calories vs ergs

Common Uses for calories

Nutrition and Food Science

Thermochemistry and Chemical Engineering

Exercise Physiology and Sports Science

Medicine and Clinical Nutrition

Heating and Cooling Systems (Historical)

When to Use ergs

Additional Unit Information

About Calorie (cal)

What is the difference between cal and kcal?

Why do food labels use "Calories" instead of "calories"?

How many calories do I need per day?

How many calories should I eat to lose weight?

Are calories the same as kilojoules?

Why was the calorie replaced by the joule?

Do different foods have different calorie densities?

Does "negative calorie" food exist?

How accurate are calorie counts on food labels?

What is a "calorie bomb calorimeter"?

Can you burn calories without exercise?

About Erg (erg)

How do I convert erg to joules?

How do I convert erg to kWh?

What is Erg used for?

Conversion Table: Calorie to Erg

People Also Ask

How do I convert Calorie to Erg?

What is the conversion factor from Calorie to Erg?

Can I convert Erg back to Calorie?

What are common uses for Calorie and Erg?

Helpful Conversion Guides

📚 How to Convert Units

🔢 Conversion Formulas

⚖️ Metric vs Imperial

⚠️ Common Mistakes

All Energy Conversions

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Other Energy Units and Conversions

Learn More About Unit Conversion

How to Convert Units

Conversion Formulas

Metric vs Imperial

Common Mistakes

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