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Kinetic energy measures the amount of energy a person has as they are in motion. In this instance, the person who weighs 600 Newtons has more energy.
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If you were talking about gravitational potential energy, assuming each ball was at the same height, the one with the most potential energy would be whichever is heaviest. If each ball weighs the same, whichever one is highest up has more potential energy.
If a rock weighs 10 kilos and it is lifted two metres, how much work potential energy has been used.
Why r u kidding it's because styrofoam weighs very little compared to every thing else
The DBX Vanquish Inline Skate #10 weighs 3lbs 12 ounces each skate by my scale.
Kinetic energy measures the amount of energy a person has as they are in motion. In this instance, the person who weighs 600 Newtons has more energy.
No. The amount an object weighs is simply called its "weight".
thermometer. Temperature has to do with the average kinetic energy of molecules, and we find it with a thermometer
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If you were talking about gravitational potential energy, assuming each ball was at the same height, the one with the most potential energy would be whichever is heaviest. If each ball weighs the same, whichever one is highest up has more potential energy.
because energy equals mass times speed of velocity squared, if an object has greater energy, that energy can also format into mass, a cold object weighs less than the same object that is hot.
The object's kinetic energy can't be determined from the given information. Kinetic energy = (1/2) (mass) (speed)2 The question gives the object's mass, but we need its speed too.
If a rock weighs 10 kilos and it is lifted two metres, how much work potential energy has been used.
Why r u kidding it's because styrofoam weighs very little compared to every thing else
GAS in air and other gases, atoms or molecules have sufficient energy to separate from each other. The more energy that matter contains, the more freely its atoms or molecules move, because they are able to overcome the attractive forces that tend to hold them together.
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