jehan60188 said:this looks very much like a homework problem, so chance are you won't be getting the answer- "teach a man to fish"
list your knowns and unknowns
what equations are relevant?
can you set up a system of as many equations as there are unknowns?
A plastic ball is a spherical object made of plastic material that is typically used for recreational purposes, such as sports or games.
A plastic ball is inflated by using a pump or by blowing air into it through a valve. As the ball is filled with air, it expands and becomes larger in size.
Tangential stresses refer to the forces that act on the surface of an object in a direction parallel to its surface. In the case of a plastic ball, these are the forces that are exerted on the surface of the ball as it is inflated.
Tangential stresses are important for a plastic ball because they help maintain the ball's shape and prevent it from deforming or bursting. Without these stresses, the ball would not be able to withstand the pressure of the air inside it and would collapse.
The amount of inflation needed to produce tangential stresses in a plastic ball depends on the size and material of the ball. It is important to follow the manufacturer's recommendations for proper inflation to ensure the ball is not over or under-inflated, which can affect its performance and durability.