Im not a scientist but i think this might help.
Heat causes rubber to expand and weaken. the pressure inside the ball caused by the amount of air is no longer contained by the spherical rubber shape and the air will push out on the rubber and cause a lump or disformation of the ball.
Also if the air in the ball is heated it will expand making it less dense and slightly ligher but it not make much of a difference without being noticeable.
Temperature can affect the materials of a Basketball by altering their physical properties. For instance, extreme cold can make the materials more brittle and prone to cracking, while extreme heat can soften or deform them. These changes can impact the performance and durability of the basketball.
It doesn't! It effects pressure in the ball, so actually it could.
Temperature can affect accuracy by changing the properties of materials used in measuring instruments. For example, thermal expansion can lead to changes in dimensions which can impact accuracy. Furthermore, temperature can affect the performance of electronic components in the measuring instruments, leading to deviations in readings. It is important to calibrate instruments at the operating temperature to ensure accuracy.
The three factors that affect creep in materials are temperature, applied stress, and time. As temperature increases, materials tend to exhibit higher rates of creep. Similarly, higher applied stress accelerates creep deformation, and longer durations of stress exposure also contribute to increased creep.
Keeping temperature constant is important because many processes and reactions are temperature-dependent. Fluctuations in temperature can affect the outcome and efficiency of these processes. Additionally, temperature stability can also prevent damage or degradation of sensitive materials or substances.
Examples: temperature, material stress, surface deffects in materials, humidity, type of atmosphere, type of alloy, unprotected surfaces.
Yes, the higher the temperature, the faster materials dissolve in the given liquid
No, temperature does not affect the force of gravity. Gravity is a fundamental force of nature that is determined by the mass and distance between objects, not by temperature. Temperature may affect the properties of objects or materials, but it does not influence the strength of gravity.
Temperature can affect the elasticity of materials. Generally, when temperature increases, most materials become less elastic and more prone to deformation. However, some materials exhibit changes in elasticity at specific temperature ranges, such as those that undergo phase transitions.
Ambient temperature outsidewhether or not there is heating, and how much,size, shape and materials of the roominsulationdraughtsnumber of people in the room
Ambient temperature might affect the readings of the resistance value you would measure because the resistance of some materials changes with the temperature.
It doesn't! It effects pressure in the ball, so actually it could.
A freezer, oven, a room
basketball shoes jerseys
basketball, hard surface, net
Temperature can affect accuracy by changing the properties of materials used in measuring instruments. For example, thermal expansion can lead to changes in dimensions which can impact accuracy. Furthermore, temperature can affect the performance of electronic components in the measuring instruments, leading to deviations in readings. It is important to calibrate instruments at the operating temperature to ensure accuracy.
The three factors that affect creep in materials are temperature, applied stress, and time. As temperature increases, materials tend to exhibit higher rates of creep. Similarly, higher applied stress accelerates creep deformation, and longer durations of stress exposure also contribute to increased creep.
As temperature increases, the resistance of conducting materials also typically increases. This is because as temperature rises, the atoms in the material vibrate more, leading to more collisions with electrons, which in turn increases resistance. Conversely, as temperature decreases, resistance tends to decrease as well.