What are some Experiments I can conduct to show how the pull of gravity affects motion?

Question

i need an experiment so that i have an exmple on a way to prove or test my hypothesis which is that gravity causes the speed of motion to slow

Answer 1

That causes WHAT motion to slow? A ball being thrown upward? I'm not sure that an experiment can demonstrate that it is gravity and not the ball magnet fairy underground pulling it down.

A more testable hypotheses is that something pulls the ball down at a fixed rate of acceleration. You could set that up with a camera that can take pictures at fixed time intervals.

Answer 2

The classic experiment is to drop two objects of different mass (M and m) from the same height (h) and measure how long it took (t) each to reach h = 0. .

You will find that T(for M) = t(for m); that is, both objects take the same amount of time to reach h = 0 no matter what their masses might be. Then from h = vt = VT = Vt, we find that V = v the final velocites for both masses dropped from h.

And then V = GT = Gt = gt = v, where G and g are the respective accelerations on the large and small masses, due to gravity. But, as T = t from our experiment, G = g. No matter the size of the masses, they will accelerate at the same rate. And they will impact at h = 0 with identical velocities.

This outcome will not work for objects affected by air drag, but a bowling ball (M) and a golf ball (m) will work just fine because they are little affected by drag forces.

Physics learned from this experiment: The acceleration due to gravity on Earth's surface is constant. Thus G(M) = g(m) = g no matter what the size of mass dropped.

This is a remarkable, but counter intuitive result. Before Newton discovered this, people just naturally thought heavier objects would fall faster than lighter objects. Why? Because W = MG and w = mg; where W and w are the weights of the bigger and smaller masses. But when they looked at the ratios W/w = MG/mg they discovered that the g's cancelled out each time; so that W/w = M/m and W = w(M/m) which meant the weights were always proportional to the respective masses. Thus the g's had to be the same (G = g) no matter what the mass was....weird.

Answer 3

In a manner of talking. i began a rumor interior the 70's throughout the gas scarcity. I instructed people the place I labored that by using oil scarcity, pens that used petroleum based ink have been going to vanish... there replaced into going to be a pen scarcity. For the subsequent 3 weeks you probably did no longer dare set down a pen, it might disappear! At that element I instructed some people approximately my rip-off, notice unfold and pens have been risk-free lower back!

Answer 4

Compare a young person's bod with an old lady bod. Gravity effects the movement. lol

Answer 5

Bowling?

Answer 6

Throw a ball and watch it hit the floor.

Answer 7

have someone throw a baseball, and then clock the ball's speed at various points in its trajectory.

Answer 8

Catapaulting things upwards, and seeing how far they go.

Answer 9

ticker tape....place it on the end of a trolley...