The formula used to find potential energy is <em>P.E. = M * G * H</em> (P.E. is potential energy, M is mass, G is gravitational pull, and H is height). So the answer to your question is <em>5 * 9.8 * 2</em>, which equals 98.
<span>Falcon 9</span><span>Pegasus</span><span>Proton</span><span><span>Satellite </span><span>Launch </span>Vehicle</span><span>Antares</span><span>Zenit</span><span>Atlas V</span><span>Soyuz</span><span>Ariane 5</span><span>Delta IV</span><span><span>Polar Satellite </span><span>Launch </span>Vehicle</span><span><span>Geosynchronous </span><span>Satellite </span>Launch Vehicle</span><span>Vega</span><span>Rokot</span><span>Angara</span><span>Soyuz-2</span><span>Shavit</span><span>H-IIB</span><span>Dnepr</span><span>Safir</span><span>Falcon 1</span><span><span>Long March </span>4B</span><span><span>Long March </span>2D</span><span>Delta II</span><span>H-II</span><span><span>Long March </span>3C</span><span>Soyuz-U</span><span><span>Long March </span>4C</span><span>Black Arrow</span><span><span>Long March </span>3A</span><span>Naro-1</span><span>Zenit-3SL</span><span>Sputnik</span><span><span>Long March </span>2F</span><span>VLS-1</span><span>Vulcan</span><span><span>Long March </span>2C</span><span>Athena</span><span><span>Long March </span>3B</span><span>Juno I</span><span>N1</span><span>Ariane 6</span><span>Kuaizhou</span><span>Zenit-2</span><span>Simorgh</span><span><span>Long March </span>11</span><span>Strela</span><span>Minotaur-C</span><span>Ariane 1</span><span><span>Augmented </span><span>Satellite </span>Launch Vehicle</span><span>Europa<span>
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The Answer Is Temprature. Hope This Helps :)
As shown in the figure, the ideal mechanical advantage is calculated by dividing the radius of the wheel by the radius of the axle. Any crank-operated device is an example of a wheel and axle. Force applied to a wheel exerts a force on its axle.
Answer:
Explanation:
From the question we are told that:
Weight 
Mass of Weight 
Generally the acceleration due to gravity on the Moon is one-sixth that on Earth.
Therefore
The equation for Weight on Moon is given as
