I believe that spin is exerted on to the ball by the hand, swing is how the ball moves in the air and turn is what the ball does off the pitch. If you're asking about cricket.
In cricket, the main type of friction used is kinetic friction between the ball and the pitch. This friction affects the ball's movement, bounce, and spin when it comes into contact with the pitch. Players also rely on static friction between the ball and the fielder's hands to catch and field the ball effectively.
A yorker ball hits the cricket pitch around the batsman's feet. When a batsman assumes a normal stance this generally means that the cricket ball bounces on the cricket pitch on or near the batsman's popping crease. A batsman who advances down the wicket to strike the ball (typically to slower or spin bowlers) may by so advancing cause the ball to pitch (or land) at or around their feet and may thus cause themselves to be "yorked".
Left-arm unorthodox spin also known as Slow Left Arm Chinaman, is a type of Left Arm WristOff spin bowling in the sport of cricket. Left-arm unorthodox spin bowlers use a wrist hand action to spin the ball which turns from off to leg side of the cricket pitch
The Older The Ball the more it will spin...
In cricket, wrist spin is the act of spinning the ball in the air with a wrist-flicking motion before the ball is removed from the hand.
Spin and Fast
yes a spinball is a pitch by habeeb ali
if u can time it well yes
this term is used in cricket for a left arm unorthodox spinner......the one who uses the wrist to predominantly spin the ball,usually off-spin for a right handed batsman.
Friction in cricket plays a crucial role in allowing the ball to grip the pitch and deviate from its intended path when bowled. This helps bowlers generate swing or spin, making it harder for the batsman to predict the trajectory of the ball. Additionally, friction between the bat and ball determines the amount of power and direction with which the ball is hit by the batsman.
In cricket, Bernoulli's theorem can be applied to understand the physics of ball flight. It helps in analyzing the spin and swing of the ball, as well as the aerodynamics involved in delivering different types of balls such as in-swing, out-swing, or off-spin. Understanding Bernoulli's principle can also aid in predicting ball trajectories and optimizing bowling techniques.