The length of a steel cylinder is kept constant by applying pressure at its two ends. When the temperature of rod is increased by 100 ∘ C from its initial temperature

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The length of a steel cylinder is kept constant by applying pressure at its two ends. When the temperature of rod is increased by 100 ∘ C from its initial temperature, the increase in pressure to be applied at its ends is (Y sted = 2 ×10^ 11 N/m ^ 2 , α steel 11 × 10 ^ −6 % C ,1 atm = 10 ^5 N/m ^2 )
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Oct
The length of a steel cylinder is kept constant by applying pressure at its two ends. When the temperature of rod is increased by 100 ∘ C from its initial temperature, the increase in pressure to be applied at its ends is (Y sted = 2 ×10^ 11 N/m ^ 2 , α steel 11 [...]
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Tags: 1 atm = 10 ^5 N/m ^2 ) , the increase in pressure to be applied at its ends is (Y sted = 2 ×10^ 11 N/m ^ 2 , The length of a steel cylinder is kept constant by applying pressure at its two ends. When the temperature of rod is increased by 100 ∘ C from its initial temperature , α steel 11 × 10 ^ −6 % C ,