Answer:
The gravitation potential energy of an object will be zero when it will be at ground.
Explanation:
The energy of an object due to its position is known as gravitational potential energy. Mathematically, it can be written as:
P.E = mgh ………… (i)
Equation (i) shows that P.E depends upon weight and height of the object above the ground. If h = 0 then,
P.E = mg(0)
P.E = 0
Hence, when the object will be at ground, its potential energy will be zero.
The momentum of the object is 8050 kg m/s
The momentum of an object is defined as
where
p is the momentum
m is the mass
v is the velocity of the object
For the object in this problem, we have
m = 500 kg is its mass
v = 58 km/h is its velocity
Converting the velocity into m/s,
Therefore now we can find the momentum of the object:
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The answer is A.
A larger impulse. A 1-kg ball has twice as much speed as a 10-kg ball.