Thermal expansion of a copper cylinder

AI Thread Summary
To determine the temperature at which a copper cylinder's volume increases by 0.150% from an initial temperature of 20.0 degrees Celsius, the equation delta v = Beta vo (delta T) is used. The user calculated the temperature to be 49.41 degrees Celsius by manipulating the equation to find beta. Another participant confirmed the calculation, stating that it is correct. The discussion focuses on the application of thermal expansion principles to solve the problem. Overall, the approach and answer provided are validated by peers in the forum.
dan_and_sim
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Homework Statement



A copper cylinder is initially at 20.0 degrees c At what temperature will its volume be 0.150 % larger than it is at 20.0 degrees c

Homework Equations


delta v = Beta vo (delta T)
dv= beta vo dt

The Attempt at a Solution



ive found an answer of 49.41 degrees c

I believe its from manipulating the second equation to
beta = dv / (vo dt)

does this seem right?
any help here would be great thanks in advance
 
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Yeah I got the same answer, MP says it's right!
 
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