More force is typically required to slide a block on a surface compared to rolling it on dowels because sliding involves overcoming static friction, which is generally greater than the rolling friction experienced when rolling on dowels. Rolling on dowels allows for reduced friction due to the rotation of the dowels, making it easier to move the block.
Doc. Newton tells us in his second law thatF=maor force equals mass times acceleration where the mass is Kilograms, the acceleration is meters/second and force is in Newtons.Measure the mass of the soccerball, guestimate the acceleration of the ball (change in speed divided by the elapsed time) and multiply them. Bingo, force.
no,because you need your movement to make the ball move and a soccer ball cannot move because it is a kinetic energy it needs force to move.
sure a ball needs friction to roll. the logic behind this being, that the friction which generally retards a body's motion plays differently in this case, it acts tangentially in backward direction at the point of its contact with the rolling surface, so in this way , it generates a rolling motion
A bowling pin typically needs to tilt about 10-12 degrees in order to fall down due to its design and distribution of weight.
More force is typically required to slide a block on a surface compared to rolling it on dowels because sliding involves overcoming static friction, which is generally greater than the rolling friction experienced when rolling on dowels. Rolling on dowels allows for reduced friction due to the rotation of the dowels, making it easier to move the block.
We lost the soccer game again.The soccer ball needs inflating.
Doc. Newton tells us in his second law thatF=maor force equals mass times acceleration where the mass is Kilograms, the acceleration is meters/second and force is in Newtons.Measure the mass of the soccerball, guestimate the acceleration of the ball (change in speed divided by the elapsed time) and multiply them. Bingo, force.
no,because you need your movement to make the ball move and a soccer ball cannot move because it is a kinetic energy it needs force to move.
no,because you need your movement to make the ball move and a soccer ball cannot move because it is a kinetic energy it needs force to move.
This question needs to be rephrased in order for it to be answered. Boy , Laser tag Bowling Disco Girl , Sleepover Shopping Bowling Disco
An object whose mass is small has less inertia than an object whose mass is large does. So basically since a volleyball has a small mass it takes less force than it would take a bowling ball because the bowling ball is heavier and needs more force to go the same distance.
The fees for bowling range significantly from center to center depending on ownership, popularity, current deals being offered, and the needs of the bowler (rental shoes).
soccer, its vigorous!
If something is stopped it needs a force to move it. If something is move it needs a force to stop it.
The lowest weight bowling ball used at centers is 6 pounds as there still needs to be a certain amount of weight to work properly in the ball returns
straighten the legs