Absolutely nothing. Wind and air molecules can play an effect only if the distance of the ball falling is great. Beach balls are filled with air and the wind can easily manipulate it. But if you take a Bowling ball and a Golf ball to the top of the empire state building and released them at the same time, they would hit the ground at almost the exact same time because gravity is is not proportional to weight.
Answer A large mass takes more energy to accelerate than a smaller mass.
When a certain force it applied for a certain time, the impulse is given by the equation.
I = mv
I= impulse (energy)
m= mass
v = velocity(speed)
If the impulse is constant a smaller mass will result in more velocity and vice-versa.
Ideally, they should both fall at the same rate. In a vacuum, they do fall at the same rate. In air, this MAY not be the same due to air resistance.
The lighter object might for instance be a sheet of paper and the heavier object might be a stone.
Be careful though. We cannot say that air resistance is greater on the sheet of paper than on the stone. It may be the opposite. But what is sure is that the acceleration on the sheet of paper decreases more rapidly to zero than the acceleration on the stone.
The heavier ball will fall faster. Although they both experience the same acceleration towards the Earths surface, the air resistance in the opposite direction effects the lighter ball more. In a vacuum, such as on the moon, both balls will fall at the same rate.
moveing closer
more force
In vacuum (no air) they both fall the same rate. In air, the golf ball falls faster because air resistance slows down the very light ping pong ball
because light ball have more air in them so they bounce higher
newton's belief of gravity is that he thought that the gravity is all the same, and even a light and heavy ball both falls at the same speed
Light travels faster (much faster) than sound.
There are several, the strongest being gravity, followed by air resistance (stops the ball from going faster than about 120mph), there's also the force from light sources (light has momentum), friction at the surface of the ball between the air and the ball (not just resistance but generation of heat), and the changes in electromagnetic fields generated by the atoms of the ball itself.
In vacuum (no air) they both fall the same rate. In air, the golf ball falls faster because air resistance slows down the very light ping pong ball
it would hit the ground if there was one to hit
Ir probably goes down faster if its heavier. If the ball was as light as a balloon, would it go faster? OF course not. So, a heavy ball would go MUCH faster down a hill.
Wet, because in has more weight on it. If a tennis ball is wet it can't bounce it just falls and stays on the ground.
WHICH DRIVERWILL HIT THE GOLF BALL FARTHER- HEAVY OR LIGHT
Number the balls 1, 2, 3, ... 10, 11, 12 Start off with them in 3 groups: [1, 2, 3 and 4], [5, 6, 7 and 8] and [9,10,11 and 12] Weigh 1, 2, 3 and 4 vs 5, 6, 7 and 8 with 3 possible outcomes:1. If they balance then 9,10,11,12 have the odd ball, so weigh 6,7,8 vs 9,10,11 with 3 possible outcomes: 1a If 6,7,8 vs 9,10,11 balances, 12 is the odd ball. Weigh it against any other ball to determine if heavy or light. 1b If 9,10,11 is heavy then they contain a heavy ball. Weigh 9 vs 10, if balanced then 11 is the odd heavy ball, else the heavier of 9 or 10 is the odd heavy ball. 1b If 9,10,11 is light then they contain a light ball. Weigh 9 vs 10, if balanced then 11 is the odd light ball, else the lighter of 9 or 10 is the odd light ball. 2. If 5,6,7,8 > 1,2,3,4 then either 5,6,7,8 contains a heavy ball or 1,2,3,4 contains a light ball so weigh 1,2,5 vs 3,6,12 with 3 possible outcomes: 2a If 1,2,5 vs 3,6,12 balances, then either 4 is the odd light ball or 7 or 8 is the odd heavy ball. Weigh 7 vs 8, if they balance then 4 is the odd light ball, or the heaviest of 7 vs 8 is the odd heavy ball. 2b If 3,6,12 is heavy then either 6 is the odd heavy ball or 1 or 2 is the odd light ball. Weigh 1 vs 2, if balanced then 6 is the odd heavy ball, or the lighest of 1 vs 2 is the odd light ball. 2c If 3,6,12 is light then either 3 is light or 5 is heavy. Weigh 3 against any other ball, if balanced then 5 is the odd heavy ball else 3 is the odd light ball. 3. If 1,2,3,4 > 5,6,7,8 then either 1,2,3,4 contains a heavy ball or 5,6,7,8 contains a light ball so weigh 5,6,1 vs 7,2,12 with 3 possible outcomes: 3a If 5,6,1 vs 7,2,12 balances, then either 8 is the odd light ball or 3 or 4 is the odd heavy ball. Weigh 3 vs 4, if they balance then 8 is the odd light ball, or the heaviest of 3 vs 4 is the odd heavy ball. 3b If 7,2,12 is heavy then either 2 is the odd heavy ball or 5 or 6 is the odd light ball. Weigh 5 vs 6, if balanced then 2 is the odd heavy ball, or the lighest of 5 vs 6 is the odd light ball. 3c If 7,2,12 is light then either 7 is light or 1 is heavy. Weigh 7 against any other ball, if balanced then 1 is the odd heavy ball else 7 is the odd light ball.
blue
simply answers please just answer Heavy or Light
because light ball have more air in them so they bounce higher
Because the light traveled faster then the sound of it hitting the ground.
newton's belief of gravity is that he thought that the gravity is all the same, and even a light and heavy ball both falls at the same speed
Rolled? Thrown? How heavy of a bowling ball? And the speed of a ball depends on how hard a person throws it. It is hard to answer such a general question.