The answer is : Both objects will fall at he same rate.
Explanation:
A quick way to understand why of these is to analyze the kinematics equations related to free fall.
We can see that in the above equations there does not appear a value for mass, that is speed, time and displacement do not depend on the mass or weight of the body.
Air resistance is the only one that influences the fall of the bodies, but as has been shown experimentally, cannonballs and feathers have been dropped from a certain height at the same time in vacuum chambers. And these come to the same point at exactly the same time. This statement was made by Galileo many years earlier.
<span>The UK government wants to reduce its carbon dioxide emissions. It also wants to increase the amount of energy which comes from renewable sources.</span>
<em>There is no vertical acceleration (ay = 0), so net sum of vertical forces is 0. n acts up, weight and the vertical component of F act down, so </em>