History, asked by Kunika5783, 11 months ago

Write five application of friction in sports fields field

Answers

Answered by kumaritirathgmailcom
1

Answer:

When a force is applied to an object, the resistive force of friction acts in the opposite direction, parallel to the surfaces. The standard friction equation for determining the resistive force of friction when trying to slide two solid objects together is written as Fr = μN, where Fr is the resistive force of friction and N is the perpendicular force pushing the two objects together (both in units of force, pounds or newtons), and μ is the coefficient of friction for the two surfaces. The coefficient of friction varies for each situation, and is related to the two specific surfaces that are in contact with each other.

Friction in Sports

Friction plays a big role in rolling sports such as tenpin bowling and curling. In tenpin, the friction resistance on the ball makes it slow down and also enables the spin on the ball to make it roll in an arc. The mass and the surface composition of the ball and the amount of oil on the lane will affect the magnitude of the friction between the bowling ball and bowling lane. The more oil on the lane means the ball is slow down less and the harder it is for the bowler to send the ball in a curved path. (see more about Bowling Physics)

Air Resistance

Air resistance is also a form of friction, as it describes the resistance between the surface of an object or person and the air. Air resistance plays a role in many sports in which balls or other objects are thrown, and in sports in which the person moves through the air such as running and cycling (see more about Cycling Physics). Swimmers have to contend with both air and water resistance. See also Aerodynamics

Answered by gratefuljarette
0

Friction plays a major part in rolling games such as bowling and curling with tenpin.

Explanation:

  • The friction resistance on the ball slows it down in tenpin and also helps the momentum on the ball to help it roll in an arc.
  • The ball's density and surface composition and the quantity of oil on the ground can influence the extent of the contact between the bowling ball and the road.
  • The oil on the lane ensures the ball slows down less and the the challenging it becomes for the bowler to move the ball down a curved path. (See Bowling Physics for more).

Learn more about sports:

What is sport and why sport and how sport and what are problem sport

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