Two rods ofdifferent materials and identical cross sectional area, are joined face to face at one end and their free ends are fixed to the rigid walls. If the temperature of the surroundings is increased by 30°C, the magnitude of the displacement of the joint of d in donath of rods / =L =lunit, ratio of

Physics for Scientists and Engineers: Foundations and Connections
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Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter21: Heat And The First Law Of Thermodynamics
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3) Two rods of different materials and identical
cross sectional area, are joined face to face at
one end and their free ends are fixed to the
rigid walls. If the temperature of the
surroundings is increased by 30°C, the
magnitude of the displacement of the joint of
the rod is (length of rods l,=l,=1unit, ratio of
their Young's moduli, Y,/Y,=2, coefficients of
linear expansion are a´and a2)
1) 5(a,-a,)
8)
A
ex
ra
3) 10(2a, - a,)
2) 10(a, - a,)
4) 5(2a, -a,)
|
Transcribed Image Text:3) Two rods of different materials and identical cross sectional area, are joined face to face at one end and their free ends are fixed to the rigid walls. If the temperature of the surroundings is increased by 30°C, the magnitude of the displacement of the joint of the rod is (length of rods l,=l,=1unit, ratio of their Young's moduli, Y,/Y,=2, coefficients of linear expansion are a´and a2) 1) 5(a,-a,) 8) A ex ra 3) 10(2a, - a,) 2) 10(a, - a,) 4) 5(2a, -a,) |
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