Which Is More Elastic Rubber Or Steel Explain at Willie Danielle blog

Which Is More Elastic Rubber Or Steel Explain. Ys = young’s modulus of elasticity for steel when. If an equal stress is applied to both steel and rubber, the steel produces less strain. Let yr = young’s modulus of elasticity for rubber. If equal stress is applied to both steel and rubber, the steel produces less strain. Suppose, both are of equal length l and of equal area of cross. In this sense, obviously rubber is more elastic. So young’s modulus is higher for steel. Steel is more elastic than rubber. Let length and area of rubber and stead rod = l and a respectively. It is a common misconception to say that just because the rubber stretches more easily than steel, rubber is more elastic. But the second definition makes clear that steel is the winner. Consider two pieces of wires, one of steel and other of rubber. Steel is more elastic than rubber. Steel has greater tendency to resist its shape change and hence it should be.

Let yr = young’s modulus of elasticity for rubber. Suppose, both are of equal length l and of equal area of cross. Let length and area of rubber and stead rod = l and a respectively. So young’s modulus is higher for steel. Steel has greater tendency to resist its shape change and hence it should be. If equal stress is applied to both steel and rubber, the steel produces less strain. It is a common misconception to say that just because the rubber stretches more easily than steel, rubber is more elastic. Ys = young’s modulus of elasticity for steel when. Steel is more elastic than rubber. Consider two pieces of wires, one of steel and other of rubber.

which is more elastic rubber or steel? Why ? Hindi YouTube

Which Is More Elastic Rubber Or Steel Explain If equal stress is applied to both steel and rubber, the steel produces less strain. Steel is more elastic than rubber. If an equal stress is applied to both steel and rubber, the steel produces less strain. In this sense, obviously rubber is more elastic. If equal stress is applied to both steel and rubber, the steel produces less strain. Suppose, both are of equal length l and of equal area of cross. Let yr = young’s modulus of elasticity for rubber. Ys = young’s modulus of elasticity for steel when. It is a common misconception to say that just because the rubber stretches more easily than steel, rubber is more elastic. But the second definition makes clear that steel is the winner. So young’s modulus is higher for steel. Steel is more elastic than rubber. Steel has greater tendency to resist its shape change and hence it should be. Consider two pieces of wires, one of steel and other of rubber. Let length and area of rubber and stead rod = l and a respectively.