A small sphere of mass m is launched horizontally over a body of water from a height h above the water and with a launch speed v
0. Determine expressions for the following in terms of m, v0, h, and g. Air resistance is negligibly small. (a) W is the amount work done by the force of gravity on the projectile during its flight.
W =
−mgh
For a conservative force, how does the work done by the force compare to the change in potential energy associated with the force?
in this case the force of gravity goes down and the displacement of the particle is down, so the two are parallel and the scalar product is reduced to the algebraic product
W = F y
strength is the weight of the body
F = m g
W = m g h
where h is the distance the body descends
b) the only force acting on the body is the weight of the work and we calculated them in part a, the potential energy is
U = m g h
to compare the two magnitudes of let's find their relationship
It's D. The geothermal energy from Earth's core loses most of its heat before reaching the outer layer. The plates on the outer layer have been proven to be moving due to evidence such as earthquakes, volcanic eruptions, and tsunamis.
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<span>The
best and most correct answer among the choices provided by the question is B.
Reaches a max height of 8.25 feet after 0.63 seconds</span>
.
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</span><span>Hope my answer would be a great help for you. </span> </span>
