Young's modulus for copper is thousands of times greater than that of rubber. Two meter-sticks have identical cross-sectional areas (and lengths). Meter-stick A is made of copper, and Meter-stick B is made of rubber. If the same force F is used to pull the end of each of these meter-sticks, which one of the following statements is accurate for the description of how they will expand? O Meterstick B (rubber) will expand less than Meterstick A (copper). O Meterstick B (rubber) will expand more than Meterstick A (copper). O Both Metersticks A and B will expand equally.
Young's modulus for copper is thousands of times greater than that of rubber. Two meter-sticks have identical cross-sectional areas (and lengths). Meter-stick A is made of copper, and Meter-stick B is made of rubber. If the same force F is used to pull the end of each of these meter-sticks, which one of the following statements is accurate for the description of how they will expand? O Meterstick B (rubber) will expand less than Meterstick A (copper). O Meterstick B (rubber) will expand more than Meterstick A (copper). O Both Metersticks A and B will expand equally.
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Transcribed Image Text:Young's modulus for copper is thousands of times greater than that of rubber. Two meter-sticks have identical cross-sectional areas (and
lengths). Meter-stick A is made of copper, and Meter-stick B is made of rubber. If the same force F is used to pull the end of each of
these meter-sticks, which one of the following statements is accurate for the description of how they will expand?
O Meterstick B (rubber) will expand less than Meterstick A (copper).
O Meterstick B (rubber) will expand more than Meterstick A (copper).
O Both Metersticks A and B will expand equally.
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