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mihir salot
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Why does horizontal velocity of a ball increase when it pitches on a wet surface??
mihir salot said:Why does horizontal velocity of a ball increase when it pitches on a wet surface??
The speed of a ball on a wet pitch can vary depending on various factors such as the type of ball, the pitch conditions, and the bowler's technique. However, in general, a wet pitch can increase the horizontal velocity of a ball due to the reduced friction between the ball and the surface.
A wet pitch can affect the speed of a ball in several ways. One of the main effects is the reduced friction between the ball and the surface, which allows the ball to travel at a faster speed. Additionally, the moisture on the pitch can also affect the bounce of the ball, making it more unpredictable for the batsman.
A wet pitch increases the horizontal velocity of a ball because it reduces the friction between the ball and the surface. This reduced friction allows the ball to travel at a faster speed as it encounters less resistance from the pitch. This effect is particularly noticeable for fast bowlers who rely on the pitch to generate pace and bounce.
Yes, a wet pitch can affect the spin of a ball. The moisture on the pitch can cause the ball to skid rather than grip, making it difficult for spin bowlers to generate turn. This can also make it challenging for batsmen to predict the movement of the ball, making it a challenging playing condition for both teams.
Yes, there can be advantages for bowlers on a wet pitch. As mentioned earlier, the reduced friction on the pitch can allow fast bowlers to generate more pace and bounce, making it challenging for batsmen to play their shots. Additionally, the moisture on the pitch can also make it difficult for batsmen to pick variations in pace and line, giving an advantage to bowlers who can use these conditions to their advantage.