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Also, if four kids (weighing 198.4kg., 154.32kg, 275.57kg, and 444.92kg) kicked the same soccer ball 55 yard how would the increase in mass effect the kick?

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Q: What is the force of friction of grass on a soccer ball with a weight of 45 kg?
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One day at soccer practice you kick a ball hard and it rolls across the grass It eventually comes to a stop because?

the force of friction with the grass slows it down.


Why does a soccer ball that is quickly rolling across a grass field slows down and finally stops rolling?

The rolling soccer ball slows down and stops due to the friction between the ball and the grass field. As the ball moves, the grass exerts a force in the opposite direction of its motion, causing it to lose momentum and eventually come to a stop.


What force causes the motion to stop when a soccer ball is rolling across the grass and begins to slow down then stops?

The main force that causes the soccer ball to stop rolling is friction between the ball and the grass surface it is rolling on. As the ball moves, the grass exerts a force in the opposite direction of the ball's motion, gradually slowing it down until it comes to a stop.


When you roll a tennis ball on grass what forces act on the tennis ball?

When a tennis ball rolls on grass, three main forces act on it: gravitational force pulling it downward, normal force exerted by the grass to support the ball's weight, and rolling resistance caused by friction between the ball and the grass.


If you kick a soccer ball on a field of grass it will stop because?

the friction between the ball and the grass surface will slow down the ball's forward motion. The grass exerts a drag force on the ball, causing it to lose speed and eventually come to a stop.


How is friction helpful in soccer?

Friction between the soccer ball and the player's foot allows for better control and manipulation of the ball. It helps players apply force and generate spin on the ball when shooting or passing. Additionally, friction helps players maintain balance and change direction quickly on the playing surface.


What force is responsible for the painful difference between sliding on pavement and sliding on grass?

friction: the force that resists relative motion between two bodies in contact.


Is a leaf lying on the grass an example of a balanced force?

No, a leaf lying on the grass is not an example of a balanced force. In this case, the force of gravity is acting on the leaf and pulling it towards the ground, while the force of friction between the leaf and the grass prevents it from moving.


Why Does a soccer ball roll farther on concrete or on grass?

Dry however... There are so many variables to deal with when talking about how the ball rolls. Usually dry grass will allow the ball to roll better but the length and type of grass can make a huge difference.


How does fluid friction influence the movements in Soccer?

Fluid friction affects the movement of the soccer ball during kicks and passes by creating resistance as it moves through the air, slowing down its speed. This friction also impacts the trajectory and accuracy of the ball as it spins, affecting its aerodynamics. Players need to account for fluid friction when executing their shots to ensure the desired outcome.


What force is responsible for the painful difference between sliding on grass and sliding on pavement?

The force responsible for the painful difference between sliding on grass and sliding on pavement is primarily friction. Grass has more resistance and provides a softer landing surface, reducing the impact force compared to the harder and more abrasive surface of pavement. This difference in friction and surface roughness affects how energy is dissipated during a slide, leading to a less painful experience on grass compared to pavement.


Does a soccer ball roll farther on grass or dirt?

A soccer ball typically rolls farther on grass compared to dirt. Grass provides a smoother and more even surface for the ball to roll on, whereas dirt can create more friction and obstacles that impede the ball's movement.