If you are talking about the speed at which you roll the ball along the table before it falls of, it will not affect the time it takes to reach the floor
Also, if you are starting your measuring of time from when you started the roll until it hits the ground or if you are starting the measurement from when it falls of the table until it hits the ground will make a difference.
If you are just measuring the time it takes from when it left the table until it hits the floor, the speed of the roll will have no effect.
Friction will act in the opposite direction to the truck's motion, causing it to slow down over time. The amount of friction will depend on factors like the nature of the table surface and the weight of the truck.
Both ball hit the floor at the same time. They both have the same vertical acceleration component, i.e. gravity, at work on them. Both will fall with an acceleration of approximately 9.81 m/s^2. Their horizontal speed component plays no part in bringing the balls to the floor.
As the clay falls it has kinetic energy
Hold up, whoa ! Just wait a second there.If the table-top is 1 meter from the floor, then the ball hits the floor 0.45 seconds after itrolls off the edge of the table. The horizontal speed makes no difference.A cannonball fired horizontally from the cannon and a cannonball dropped from the muzzleof the cannon hit the ground at the same time. Horizontal speed doesn't keep anything upany longer than if it drops straight down with no horizontal speed.If the ball is rolling horizontally along the table at 2 m/s, then it falls to the floor 0.45 secondsafter it reaches the edge, and in that period of time, it sails (2 x 0.45) = 0.9 meter out past theend of the table.
A book resting on a table with the force of gravity pulling it down balanced by the normal force from the table pushing it up. A person standing still on the ground with the force of gravity pulling them down balanced by the normal force from the ground pushing them up. A car traveling at a constant speed on a flat road with the driving force from the engine balanced by the frictional force and air resistance.
The answer will depend on what information the table contains!The answer will depend on what information the table contains!The answer will depend on what information the table contains!The answer will depend on what information the table contains!
I suppose that you think to periodic table of Mendeleev.
The answer will depend on the shape of the table and its dimensions. Since you have not shared that information, there can be no answer.
I suppose that you think to a table salt pink colored.
I suppose that you think to a table salt pink colored.
Friction will act in the opposite direction to the truck's motion, causing it to slow down over time. The amount of friction will depend on factors like the nature of the table surface and the weight of the truck.
Yes I can. ...why done you do it then? question to difficult I suppose
Because the crystals of the table salt are smaller and the speed of solving depend on the surface area of the material (smaller crystals mean a greatest surface area); dissolution takes place at the surface of the solid.
When water reaches the water table, it can either continue to move horizontally through the ground or start to flow vertically downwards due to gravity. The movement and direction of the water will depend on the permeability and porosity of the material it encounters.
Yes it is above the water table.
Both ball hit the floor at the same time. They both have the same vertical acceleration component, i.e. gravity, at work on them. Both will fall with an acceleration of approximately 9.81 m/s^2. Their horizontal speed component plays no part in bringing the balls to the floor.
The answer will depend on what the domain is.