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  1. What is 80kg in stones and pounds? - Answers

    Feb 11, 2025 · Well, darling, 80kg is about 12.6 stones and roughly 176 pounds. So, if you're looking to shed some weight, just remember that a stone is worth about 14 pounds. Now go …

  2. How heavy is 80 kg in pounds? - Answers

    80kg = 176.4 lbs.Updated: 5/28/2024 Wiki User ∙ 11y ago Study now See answers (3) Best Answer 80kg = 176.4 lbs. Wiki User ∙ 11y ago More answers AnswerBot ∙

  3. How many pounds is 80 kg? - Answers

    Apr 28, 2022 · The answer is 176.370 lbs (approx.). Kilogram is the SI unit of mass and pound is an imperial unit of mass. To convert from kg to pound, multiply the kg unit by 2.20462.

  4. How much does 80kg equal in pounds? - Answers

    80 kilograms is 176 pounds and 5.92 ounces.

  5. Solved Suppose we push on the axle of a wheel with a force - Chegg

    Question: Suppose we push on the axle of a wheel with a force of 400N, as shown in Fig. P2.21. The wheel’s mass is 80kg, and it has a radius of 0.3m and an inertia of 3 kg · …

  6. How much does a 80kg person weigh? - Answers

    A person weighing 80kg would weigh 176 pounds in imperial units.

  7. For the setup with swinging Tarzan in the previous | Chegg.com

    Science Physics Physics questions and answers For the setup with swinging Tarzan in the previous question, what is Tarzan's initial Mechanical Energy, before he swings, if you make …

  8. What is the weight on earth with a mass of 80 kg? - Answers

    May 22, 2024 · Therefore, if a person has a mass of 80kg is on the Earth's surface, her weight is also 80kg, too. On earth, 100 kg of mass weighs 980 newtons (220.46 pounds).

  9. Solved A uniform ladder of mass m=40m=40 kg and length

    Science Physics Physics questions and answers A uniform ladder of mass m=40m=40 kg and length l=10l=10 m is leaned against a frictionless wall. A person with mass M=80kgM=80kg …

  10. Solved Gravitational force problem 1. Estimate the | Chegg.com

    Gravitational force problem 1. Estimate the gravitational force between two people (each about 80kg), which are 6 feet apart (or about 2 meters). 2. What would the acceleration due to …