If the weather is cold the ball may harden and become stiff, this makes the ball have less pop and results in a slower playing ball. If the weather is warm then the ball will become more elastic and bounce higher. If the ball is sat outside for extended periods of time the constant cooling and warming of the ball will cause the rubber to lose its form and become flat with no bounce.
Tennis balls contract when heated which means that it will bounce higher.
The required properties of a tennis ball for use at the professional level are too complex to list on this website. Click on the International Tennis Federation - - the guiding body for all professional tennis - - link, below, for information.
To write a review of literature on the effect of temperature on tennis ball bounce height, start by summarizing existing research that investigates the relationship between temperature and material properties of tennis balls, such as elasticity and pressure. Highlight key findings that demonstrate how higher temperatures typically increase the bounce height due to enhanced elasticity, while lower temperatures may reduce it. Discuss any relevant studies that explore the physical principles behind these changes and their implications for performance in different conditions. Finally, identify gaps in the literature that may warrant further investigation.
You can take the temperature of a tennis ball by using a digital thermometer or an infrared thermometer. Simply point the thermometer at the ball and press the measurement button to get a reading of the ball's temperature.
Although there is no preset or manufacture recommended temperature at which tennis balls may be stored, they should be stored at room temperatures of between 65 and 75 degrees, with 68 being the ideal, as that is the temperature mandated for testing tennis balls by the International Tennis Federation (the ruling body for tennis; refer to the ITF link, below).
Stretching a rubber band or spring stores elastic potential energy that can be released when the band or spring snaps back to its original shape. Compressing a tennis ball or squeezing a stress ball stores elastic potential energy that can be released when the ball returns to its original shape.
Lightness and durability
yes it does
Temperature difference
The Temperature of a body tends toward the temperature of its surroundings. It depends where the tennis ball is. If it is in a place of 10 degrees Celsius it will be 10 degrees Celsius after a long enough time of being there.
No, a tennis ball is not magnetic. It is primarily made of rubber and covered with a layer of felt, neither of which are magnetic materials. Therefore, a tennis ball will not be attracted to magnets or exhibit magnetic properties.
Because in 1954 they used paper clips and bowling balls, so the population after raquets and tennis balls rent to 99.9%.