Kilojoule to Foot-pound Converter

Convert kilojoules to foot-pounds with our free online energy converter.

Quick Answer

1 Kilojoule = 737.562121 foot-pounds

Formula: Kilojoule × conversion factor = Foot-pound

Use the calculator below for instant, accurate conversions.

Our Accuracy Guarantee

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 Kilojoule to Foot-pound Calculator:

Enter the value you want to convert in the 'From' field (Kilojoule).
The converted value in Foot-pound 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 Kilojoule to Foot-pound: Step-by-Step Guide

Converting Kilojoule to Foot-pound involves multiplying the value by a specific conversion factor, as shown in the formula below.

Formula:

ft⋅lb = kJ × 737.562

Example Calculation:

1 kJ = 737.562121 ft⋅lb

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 Kilojoule and a Foot-pound?

and Standards

The kilojoule is defined as exactly 1,000 joules:

1 kJ = 1,000 J = 1,000 kg·m²/s² = 1,000 N·m

Precise Equivalents

1 kJ = 1,000 J (exactly, by definition)
1 kJ = 0.239006 kilocalories (kcal, food Calories)
1 kJ = 0.947817 British thermal units (BTU)
1 kJ = 0.000277778 kilowatt-hours (kWh)
1 kJ = 6.242 × 10²¹ electronvolts (eV)
1 kcal = 4.184 kJ (exactly, thermochemical definition)

SI System Integration

The kilojoule is a standard SI unit formed by applying the metric prefix kilo- (1,000) to the base unit joule. Unlike the calorie, which has multiple definitions and creates confusion between small calories (cal) and large Calories (kcal), the kilojoule provides unambiguous measurement consistent across all scientific disciplines.

Nutrition Labeling Standards

International practice:

Australia, New Zealand: kJ only (mandatory since 1995/2003)
European Union: Both kJ and kcal required (kJ first, since 2016)
China, Japan, South Korea: Primarily kJ with optional kcal
Canada: Both kJ and kcal required
United States: kcal only (Calories)

Standard format: "Energy: 250 kJ (60 Cal)" or "Energy: 1,000 kJ / 239 kcal"

1 ft⋅lb = 1.356 joules (J)

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

History of the Kilojoule and Foot-pound

and Evolution

The Joule Foundation: Mechanical Equivalent of Heat (1840s-1850s)

The kilojoule's origins trace to James Prescott Joule's groundbreaking experiments establishing that mechanical work and heat are equivalent forms of energy. His famous paddle-wheel experiments (1843-1850) demonstrated that a specific amount of mechanical work always produces the same amount of heat, establishing the mechanical equivalent of heat: approximately 4.184 joules per calorie.

This work unified thermodynamics and mechanics, providing the foundation for energy measurement in consistent units rather than the historically separate "calories" for heat and "work" for mechanical energy.

SI Adoption and the Joule as Standard (1960)

The International System of Units (SI) adopted the joule as the standard unit of energy in 1960, derived from the base units kilogram, meter, and second. The kilojoule naturally followed as the convenient multiple for everyday energy measurements, particularly for food and human metabolism where joule values would be inconveniently large (a typical meal contains millions of joules but only thousands of kilojoules).

International Nutrition Standards: WHO and FAO (1970s-1980s)

The World Health Organization (WHO) and Food and Agriculture Organization (FAO) began recommending kilojoules for international nutrition standards in the 1970s-1980s. Reports on dietary energy requirements transitioned from kilocalories to kilojoules to align with scientific practice and eliminate confusion between calories and Calories.

Key milestone: The 1985 FAO/WHO/UNU Expert Consultation on Energy and Protein Requirements recommended expressing all energy values in both kilojoules and kilocalories, with kilojoules as the primary unit.

Australia: First Mandatory kJ Labeling (1995)

Australia became the first country to mandate exclusive kilojoule labeling on packaged foods in 1995, eliminating Calories entirely from nutrition panels. This bold move aimed to:

Align consumer nutrition information with scientific standards
Eliminate calorie/Calorie confusion
Educate the public in metric energy units
Standardize with international scientific practice

Reaction: Initial consumer confusion gave way to acceptance within 5-10 years. By 2005, surveys showed most Australians understood kilojoule values and could estimate daily requirements in kJ.

Menu labeling: In 2011, Australia extended kilojoule labeling to chain restaurant menus, requiring displayed kJ values for all items (but not Calories).

New Zealand and EU Adoption (2000s-2010s)

New Zealand followed Australia with mandatory kilojoule-only labeling in 2003.

The European Union required both kilojoules and kilocalories on nutrition labels from 2016 (under Regulation EU 1169/2011), with kilojoules listed first to emphasize the SI unit while maintaining familiarity for consumers accustomed to Calories.

United States: The Calorie Holdout

The United States remains the primary developed nation using kilocalories (Calories) exclusively on nutrition labels. The FDA updated nutrition fact panels in 2016 and 2020 without adopting kilojoules, citing consumer familiarity and the impracticality of changing established practice.

Scientific paradox: US nutrition scientists, exercise physiologists, and researchers routinely use kilojoules in academic publications while consumers encounter only Calories on products.

Global Status (2025)

Countries using kJ exclusively: Australia, New Zealand, Singapore (primary)

Countries using both kJ and kcal: European Union, Canada, China, Japan, South Korea, India, Brazil, Argentina, South Africa

Countries using kcal exclusively: United States, Myanmar

Population coverage: Over 85% of the world's population lives in countries where kilojoules appear on nutrition labels, either exclusively or alongside kilocalories.

Common Uses and Applications: kilojoules vs foot-pounds

Explore the typical applications for both Kilojoule (imperial/US) and Foot-pound (imperial/US) to understand their common contexts.

Common Uses for kilojoules

1. Nutrition Labeling and Dietary Planning

The kilojoule is the international standard for expressing food energy content on nutrition labels, enabling consumers to track energy intake and manage weight.

Typical nutrition panel (Australia/NZ):

Nutrition Information
Servings per package: 5
Serving size: 30g

                Per Serving    Per 100g
Energy          600 kJ         2,000 kJ
Protein         3.0 g          10.0 g
Fat, total      5.0 g          16.7 g
- saturated     2.5 g          8.3 g
Carbohydrate    20.0 g         66.7 g
- sugars        5.0 g          16.7 g
Sodium          150 mg         500 mg

Weight management: To lose 0.5 kg per week, create a deficit of ~2,000 kJ (500 kcal) per day through reduced intake and increased activity.

2. Exercise Physiology and Sports Nutrition

Exercise scientists use kilojoules to quantify energy expenditure during physical activity and calculate fuel requirements for athletes.

Metabolic equivalent tasks (METs):

1 MET = resting metabolic rate ≈ 4.2 kJ per kg body weight per hour
Moderate exercise = 3-6 METs = 12.6-25.2 kJ/kg/hr
Vigorous exercise = 6+ METs = 25.2+ kJ/kg/hr

Example: A 70 kg person running at 8 METs for 1 hour:

Energy = 70 kg × 8 METs × 4.2 kJ/kg/hr = 2,352 kJ (562 kcal)

3. Chemistry: Reaction Enthalpies

Chemists use kilojoules to express heat of reaction (ΔH), combustion energies, and bond energies.

Examples:

Combustion of methane: CH₄(g) + 2O₂(g) → CO₂(g) + 2H₂O(l), ΔH = -890 kJ/mol
Photosynthesis: 6CO₂ + 6H₂O + 2,870 kJ → C₆H₁₂O₆ + 6O₂
Cellular respiration: C₆H₁₂O₆ + 6O₂ → 6CO₂ + 6H₂O + 2,870 kJ

Bond energies (typical values in kJ/mol):

C-H: 413 kJ/mol
C-C: 348 kJ/mol
C=C: 614 kJ/mol
C≡C: 839 kJ/mol
O-H: 463 kJ/mol
N-H: 391 kJ/mol

4. Thermodynamics and Heat Transfer

Engineers use kilojoules for heat transfer calculations, thermal energy storage, and efficiency analysis.

Specific heat capacity (energy to raise 1 kg by 1°C):

Water: 4.18 kJ/(kg·°C)
Air: 1.01 kJ/(kg·°C)
Aluminum: 0.90 kJ/(kg·°C)
Concrete: 0.88 kJ/(kg·°C)

Example: Heating 50 liters (50 kg) of water from 20°C to 60°C:

Energy = 50 kg × 4.18 kJ/(kg·°C) × (60-20)°C = 8,360 kJ (2.32 kWh)

5. Climate and Environmental Science

Climate scientists use kilojoules to quantify solar radiation, atmospheric energy budgets, and heat storage in oceans.

Solar irradiance: ~1,000 watts per square meter at Earth's surface = 3,600 kJ/m²/hr

Ocean heat content: Oceans store vast energy measured in zettajoules (10²¹ J), but marine biology and oceanography often express smaller values in kJ (e.g., energy available to marine organisms).

6. Consumer Energy Awareness

Kilojoule labeling on restaurant menus (mandatory in Australia, parts of US) helps consumers make informed choices.

Example chain restaurant menu (with kJ):

Grilled chicken salad: 1,500 kJ
Cheeseburger with fries: 4,200 kJ
Vegetarian wrap: 1,800 kJ
Large soft drink: 800 kJ

Daily context: If your target is 8,400 kJ/day, the cheeseburger meal consumes exactly half your daily budget.

When to Use foot-pounds

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

Additional Unit Information

About Kilojoule (kJ)

How do I convert kilojoules to Calories?

Formula: Calories (kcal) = kJ ÷ 4.184

Quick approximation: Divide kJ by 4 (slightly underestimates)

Examples:

100 kJ ≈ 24 Cal
500 kJ ≈ 120 Cal
1,000 kJ ≈ 239 Cal
2,000 kJ ≈ 478 Cal
8,400 kJ ≈ 2,007 Cal (daily intake)

Exact vs. approximate:

1,000 kJ ÷ 4 = 250 Cal (approximate, 4.6% high)
1,000 kJ ÷ 4.184 = 239 Cal (exact)

For dietary purposes, the approximate conversion (÷4) is usually sufficient.

How many kilojoules should I eat per day?

Daily kilojoule requirements depend on age, sex, body size, and activity level:

Adult women:

Sedentary: 7,500-8,400 kJ/day (1,800-2,000 Cal)
Moderately active: 8,400-9,600 kJ/day (2,000-2,300 Cal)
Very active: 10,000-12,000 kJ/day (2,400-2,900 Cal)

Adult men:

Sedentary: 8,800-10,000 kJ/day (2,100-2,400 Cal)
Moderately active: 10,500-12,000 kJ/day (2,500-2,900 Cal)
Very active: 12,500-14,500 kJ/day (3,000-3,500 Cal)

Children and teens: 5,000-12,500 kJ/day depending on age and activity

Athletes: 12,500-21,000 kJ/day (3,000-5,000 Cal) or more during intense training

General guideline: Most adults need 8,000-10,000 kJ daily (~2,000-2,400 Cal).

Why do some countries use kJ instead of Calories?

Scientific consistency: Kilojoules are SI units, consistent with all other scientific measurements (meters, kilograms, seconds). Calories are non-SI legacy units.

Eliminates confusion: The calorie system is inherently confusing:

Small calorie (cal) = 4.184 J
Large Calorie (kcal, "food Calorie") = 1,000 cal = 4,184 J
Many people don't realize "Calories" on food labels are actually kilocalories

Kilojoules eliminate this ambiguity—1 kJ always equals 1,000 J.

International standardization: The WHO, FAO, and international scientific community use kilojoules as the standard for nutrition research and policy.

Countries using kJ:

Exclusive kJ: Australia, New Zealand, Singapore
Both kJ and kcal: EU (27 countries), Canada, China, Japan, India, Brazil, Argentina, South Africa
Only kcal: United States (and a few small nations)

Result: Over 85% of the world's population sees kilojoules on food labels.

How many kilojoules do I burn exercising?

Energy expenditure varies by activity intensity, body weight, fitness level, and efficiency:

General estimates (per hour for 70 kg person):

Walking (5 km/h): 1,200-1,500 kJ (290-360 Cal)
Jogging (8 km/h): 2,500-3,000 kJ (600-720 Cal)
Running (12 km/h): 3,500-4,200 kJ (840-1,000 Cal)
Cycling (leisure): 1,200-1,600 kJ (290-380 Cal)
Cycling (vigorous): 2,500-3,300 kJ (600-800 Cal)
Swimming (moderate): 2,000-2,500 kJ (480-600 Cal)
Weight training: 1,200-2,100 kJ (290-500 Cal)
Yoga: 650-1,000 kJ (155-240 Cal)

Per-distance estimates:

Walking: 200-250 kJ/km (50-60 Cal/km)
Running: 300-350 kJ/km (70-85 Cal/km)
Cycling: 100-150 kJ/km (25-35 Cal/km)

Formula (approximate): kJ/hr ≈ Body weight (kg) × MET value × 4.2

Where MET = metabolic equivalent (1 MET = resting, 3-6 = moderate, 6+ = vigorous)

Are kilojoules more accurate than Calories for nutrition?

Same accuracy, different units: Both kJ and kcal measure the same physical quantity (energy) with equal precision. The accuracy of nutrition labeling depends on measurement methods (bomb calorimetry, Atwater system), not the choice of units.

Advantages of kilojoules:

SI consistency: Compatible with all other scientific units
No ambiguity: 1 kJ always means 1,000 J (unlike calorie/Calorie confusion)
International standard: Used in scientific literature worldwide
Educational: Connects food energy to physics and chemistry

Advantages of Calories (kcal):

Familiarity: Deeply established in US consumer culture
Smaller numbers: 2,000 Cal/day sounds less intimidating than 8,400 kJ/day
Historical data: Decades of dietary research in kcal

Scientific community consensus: Kilojoules are preferred for publications, while kcal persists in US consumer contexts due to inertia.

Can I lose weight by tracking kilojoules?

Yes—identical to tracking Calories: Weight loss requires a sustained energy deficit (consuming fewer kJ than you expend). Whether you count in kJ or kcal makes no difference physiologically.

Creating a deficit:

0.5 kg/week loss: Deficit of ~2,000 kJ/day (500 kcal/day)
1 kg/week loss: Deficit of ~4,000 kJ/day (1,000 kcal/day)

Practical approach:

Calculate maintenance: Estimate daily kJ needs (8,000-12,000 kJ for most adults)
Set deficit: Reduce intake by 1,500-2,500 kJ/day (moderate, sustainable)
Track intake: Log food kJ using labels or apps
Monitor progress: Adjust based on weekly weigh-ins

Example: If you need 10,000 kJ/day to maintain weight, eating 8,000 kJ/day creates a 2,000 kJ deficit = ~0.5 kg loss per week.

How accurate are kilojoule values on food labels?

Regulatory tolerances allow some variation:

Australia/NZ: ±20% tolerance for energy values (same as nutrients)

EU: Energy values must be calculated using standard conversion factors (Atwater system) or measured via bomb calorimetry. Tolerances apply.

Sources of inaccuracy:

Natural variation: Agricultural products vary in composition
Rounding: Labels round to nearest 10-100 kJ
Calculation methods: Atwater factors (17 kJ/g carb, 38 kJ/g fat) are averages
Serving size: Manufacturers sometimes understate serving sizes, making total kJ appear lower

Reality: Most packaged food kJ values are reasonably accurate (within ±10-15%), but restaurant/takeaway items may vary more significantly. Track trends over weeks rather than obsessing over individual items.

What is the relationship between kJ and metabolism?

Basal metabolic rate (BMR): The energy your body needs at rest to maintain vital functions (breathing, circulation, cell production) is typically:

Women: 5,000-6,500 kJ/day (1,200-1,550 kcal/day)
Men: 6,500-8,000 kJ/day (1,550-1,900 kcal/day)

Total daily energy expenditure (TDEE): BMR × activity factor

Sedentary (little exercise): BMR × 1.2
Lightly active (1-3 days/week): BMR × 1.375
Moderately active (3-5 days/week): BMR × 1.55
Very active (6-7 days/week): BMR × 1.725
Extra active (twice daily, heavy): BMR × 1.9

Metabolic efficiency: Humans convert food energy to mechanical work at only ~25% efficiency. The other ~75% becomes heat. This is why intense exercise makes you hot!

Example: Running requires ~300 kJ/km of mechanical work, but your body actually burns ~1,200 kJ/km of food energy to produce that work (300 kJ useful, 900 kJ heat).

How do kilojoules relate to weight gain or loss?

Energy balance equation:

Weight maintenance: Energy in (kJ consumed) = Energy out (kJ expended)
Weight gain: Energy in > Energy out → Surplus stored as fat/muscle
Weight loss: Energy in < Energy out → Deficit drawn from body stores

Fat energy density: 1 kg body fat ≈ 0.87 kg pure fat ≈ 33,000 kJ (7,700 kcal)

Weight loss calculation:

To lose 0.5 kg/week: Create 4,700 kJ weekly deficit = 670 kJ/day deficit
To lose 1 kg/week: Create 9,400 kJ weekly deficit = 1,340 kJ/day deficit

Practical example:

Maintenance: 10,000 kJ/day
Target: Lose 0.5 kg/week
Daily intake: 10,000 - 670 = 9,330 kJ/day (2,230 kcal/day)
Or: Eat 10,000 kJ but burn extra 670 kJ through exercise

Sustainable approach: Combine moderate deficit (1,500-2,000 kJ/day) with regular activity for gradual, maintainable weight loss.

Is 8,400 kJ per day a standard recommendation?

8,400 kJ (~2,000 kcal) is a common reference value for nutrition labeling (e.g., "% daily value" on labels), representing an average adult's needs. However:

Not universal: Individual needs vary by:

Age: Older adults typically need less
Sex: Men generally need more than women
Body size: Larger bodies need more energy
Activity level: Active people need significantly more
Metabolism: Varies 10-20% between individuals

Who needs ~8,400 kJ/day?

Sedentary to moderately active women
Sedentary men
Older adults

Who needs more?

Active/very active men (10,000-14,000 kJ/day)
Athletes (12,500-21,000+ kJ/day)
Teenagers (especially boys)

Who needs less?

Children (5,000-7,500 kJ/day depending on age)
Very sedentary older adults (7,000-7,500 kJ/day)

Recommendation: Use 8,400 kJ as a starting point, then adjust based on whether you're maintaining, losing, or gaining weight.

About Foot-pound (ft⋅lb)

How do I convert ft⋅lb to joules?

Formula: J = ft⋅lb × 1.356

Foot-pound to Joules converter →

How do I convert ft⋅lb to kWh?

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

Foot-pound to kWh converter →

What is Foot-pound used for?

Foot-pound 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 118: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 119: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 120: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 121: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 122: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 123: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 125: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 126: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 127: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 128: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 129: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 130: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 134: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 135: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 136: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 302: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 485: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 486: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 487: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 488: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 489: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 490: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 491: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 492: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 493: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 494: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 495: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 496: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 497: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 498: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 499: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 500: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 501: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 502: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 503: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 504: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 505: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 506: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 507: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 508: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 509: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 510: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 511: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 512: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 513: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 514: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 515: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 516: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 517: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 518: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 519: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 520: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 521: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 522: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 523: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 524: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 525: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 526: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 527: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 528: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 529: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 530: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 531: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 532: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 533: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 534: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 535: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 536: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 537: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 538: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 539: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 540: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 541: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 542: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 543: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 544: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 545: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 546: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 547: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 548: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 549: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 550: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 551: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 552: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 553: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 554: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 555: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 556: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 557: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 558: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 559: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 560: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 561: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 562: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 563: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 564: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 565: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 566: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 567: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 568: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 569: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 570: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 571: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 573: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 574: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 575: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 577: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 578: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 579: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 580: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 584: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 585: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 586: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 587: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 588: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 589: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 590: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 591: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 592: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 594: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 595: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 596: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 597: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 599: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 600: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 601: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 602: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 603: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 604: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 605: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 606: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 607: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 608: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 609: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 610: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 612: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 613: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 614: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 620: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 636: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 640: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 641: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 644: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 645: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 646: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 647: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 648: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 649: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 650: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 651: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 652: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 653: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 654: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 655: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 659: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 660: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 662: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 663: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 665: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 666: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 667: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 668: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 669: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 670: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 671: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 672: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 673: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 674: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 675: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 678: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 679: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 680: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 681: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 684: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 685: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 686: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 687: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 688: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 689: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 690: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 691: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 692: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 693: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 694: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 695: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 697: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 699: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 700: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 701: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 704: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 707: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 710: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 711: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 712: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 713: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 714: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 715: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 716: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 717: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 718: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 719: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 720: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 721: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 722: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 723: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 724: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 725: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 726: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 727: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 728: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 729: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 730: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 731: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 732: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 733: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 734: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 735: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 736: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 737: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 738: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 739: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 740: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 741: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 742: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
Energy Unit Registry Log 743: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 750: Technical energy scale benchmark for imperial mechanical engineering and work log site area.
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Energy Unit Registry Log 780: Technical energy scale benchmark for imperial mechanical engineering and work log site area.

Conversion Table: Kilojoule to Foot-pound

Kilojoule (kJ)	Foot-pound (ft⋅lb)
0.5	368.781
1	737.562
1.5	1,106.343
2	1,475.124
5	3,687.811
10	7,375.621
25	18,439.053
50	36,878.106
100	73,756.212
250	184,390.53
500	368,781.061
1,000	737,562.121

How do I convert Kilojoule to Foot-pound?

To convert Kilojoule to Foot-pound, enter the value in Kilojoule 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 Kilojoule to Foot-pound?

The conversion factor depends on the specific relationship between Kilojoule and Foot-pound. 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 Foot-pound back to Kilojoule?

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

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What are common uses for Kilojoule and Foot-pound?

Kilojoule and Foot-pound 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.

Helpful Conversion Guides

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📚 How to Convert Units

Step-by-step guide to unit conversion with practical examples.

🔢 Conversion Formulas

Essential formulas for energy and other conversions.

⚖️ Metric vs Imperial

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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

Kilojoule to Foot-pound Converter

Quick Answer

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Kilojoule to Foot-pound Calculator

How to Use the Kilojoule to Foot-pound Calculator:

How to Convert Kilojoule to Foot-pound: Step-by-Step Guide

Formula:

Example Calculation:

What is a Kilojoule and a Foot-pound?

Precise Equivalents

SI System Integration

Nutrition Labeling Standards

History of the Kilojoule and Foot-pound

The Joule Foundation: Mechanical Equivalent of Heat (1840s-1850s)

SI Adoption and the Joule as Standard (1960)

International Nutrition Standards: WHO and FAO (1970s-1980s)

Australia: First Mandatory kJ Labeling (1995)

New Zealand and EU Adoption (2000s-2010s)

United States: The Calorie Holdout

Global Status (2025)

Common Uses and Applications: kilojoules vs foot-pounds

Common Uses for kilojoules

1. Nutrition Labeling and Dietary Planning

2. Exercise Physiology and Sports Nutrition

3. Chemistry: Reaction Enthalpies

4. Thermodynamics and Heat Transfer

5. Climate and Environmental Science

6. Consumer Energy Awareness

When to Use foot-pounds

Additional Unit Information

About Kilojoule (kJ)

How do I convert kilojoules to Calories?

How many kilojoules should I eat per day?

Why do some countries use kJ instead of Calories?

How many kilojoules do I burn exercising?

Are kilojoules more accurate than Calories for nutrition?

Can I lose weight by tracking kilojoules?

How accurate are kilojoule values on food labels?

What is the relationship between kJ and metabolism?

How do kilojoules relate to weight gain or loss?

Is 8,400 kJ per day a standard recommendation?

About Foot-pound (ft⋅lb)

How do I convert ft⋅lb to joules?

How do I convert ft⋅lb to kWh?

What is Foot-pound used for?

Conversion Table: Kilojoule to Foot-pound

People Also Ask

How do I convert Kilojoule to Foot-pound?

What is the conversion factor from Kilojoule to Foot-pound?

Can I convert Foot-pound back to Kilojoule?

What are common uses for Kilojoule and Foot-pound?

Helpful Conversion Guides

📚 How to Convert Units

🔢 Conversion Formulas

⚖️ Metric vs Imperial

⚠️ Common Mistakes

All Energy Conversions

Energy Converter

Related Energy Conversion Tools

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Learn More About Unit Conversion

How to Convert Units

Conversion Formulas

Metric vs Imperial

Common Mistakes

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