There's no reason it should, since the water and the cup fall with the same acceleration.
if an object is lightr it will fall slower because gravity wont take it down as fast if it is heavier it will make the gravity pull it down faster
my documents r fall down to that so i want to do
Slow down the Acceleration of free fall.
It really depends on the height of the fall. I have a friend who jumped off a 50 foot bridge into water and she said it only stung the skin. I wouldn't advise jumping off unless you know the length of the fall and how deep the water is. If the water is too shallow you could seriously injure yourself, or even die. Same if the height of the fall is too great.
If you stop the motion of the bucket upside down, the water inside the bucket will continue to move in the direction it was going due to its inertia. This means that the water will temporarily remain in place inside the bucket while the bucket comes to a stop, before eventually falling due to gravity.
You cannot lift a bucket of water without holding it because you need to apply a force to overcome the weight of the bucket and the water inside it. If you do not hold it, the force of gravity will cause it to fall back down. Holding the bucket allows you to apply the necessary force to lift it.
Fill the bucket up with water then put the weight and the water on the chains then lay ur phone screen down and the door will fall down like a bridge
You can't lift a bucket of water without holding it because gravity will pull it down towards the ground. Without a grip or support, the bucket will fall due to gravity's force acting on it.
Fill the bucket up with water then put the weight and the water on the chains then lay ur phone screen down and the door will fall down like a bridge
The water doesn't fall out of a vertically rotating bucket due to inertia and centripetal force. The inertia of the water causes it to continue moving in a straight line while the bucket moves around it, and the centripetal force generated by the bucket's motion keeps the water contained within the bucket.
Water doesn't come out of the bucket while spinning it rapidly because of contrifugal force, it makes things move away from the center. Try spinning around for 7 secs and move your hands, it will feel hard to move down cause of contrifugal force.
Pick up the weight. Fill the bucket with water. Put the bucket on one chain and the weight on another. Tilt your device toward you so the door falls down over the water like a drawbridge.See related link for screenshots.Click the bucket and fill it with water and put it on a chain. There's a weight at the bottom left, click it and put it on the other weight. Shake your device and the door will fall :) YOUR ALMOST DONE!! :D
Click on the weight thats on the floor and put it on a chain. Then select the bucket, fill it with water and hook on a chain. After that you shake ur device in order for the door to fall down
Click on the weight thats on the floor and put it on a chain. Then select the bucket, fill it with water and hook on a chain. After that you shake ur device in order for the door to fall down
The solution in the bucket would be more diluted compared to the solution in the bag. This is because the water in the bucket, which is less salty at 0.3 percent, would mix with the salt water in the bag, resulting in a less concentrated overall solution in the bucket.
The centripetal force generated by the spinning motion of the bucket pushes the water towards the bottom of the bucket, preventing it from falling out due to gravity. This force is strong enough to keep the water contained within the bucket as it spins.