Question

The answers should be in the following ranges: a) P = 1331.5 lbf b) 1000 lbf < Pallow < 1500 lbf 1. Just because you were bored and found these metal parts, you've built this assembly and decided to run some tests on it. Thanks to the serial numbers on them, you've determined that the parts you found are a brass cylinder with modulus of elasticity E = 15 x 10^6 psi and diameter d1 = 0.25 in. and a steel pipe Es = 30 x 10^6 psi with inner diameter d = 0.28 in. and outer diameter d3 = 0.35 in. You've cut them both down to a length of 4.0 in. Steel shell Brass core a) If load P shortens the length of the assembly by 0.003 in, what is the magnitude of P? Round to 2 decimals. kips b) The steel and brass have allowable stresses 22 ksi and 16 ksi respectively. What is the maximum permissible load Pmax? (Hint: use equations from example 2-8) Round to 2 decimals. kips

          The answers should be in the following ranges:
a) P = 1331.5 lbf
b) 1000 lbf < Pallow < 1500 lbf

1. Just because you were bored and found these metal parts, you've built this assembly and decided to run some tests on it. Thanks to the serial numbers on them, you've determined that the parts you found are a brass cylinder with modulus of elasticity E = 15 x 10^6 psi and diameter d1 = 0.25 in. and a steel pipe Es = 30 x 10^6 psi with inner diameter d = 0.28 in. and outer diameter d3 = 0.35 in. You've cut them both down to a length of 4.0 in.

Steel shell Brass core
a) If load P shortens the length of the assembly by 0.003 in, what is the magnitude of P? Round to 2 decimals.
kips
b) The steel and brass have allowable stresses 22 ksi and 16 ksi respectively. What is the maximum permissible load Pmax? (Hint: use equations from example 2-8) Round to 2 decimals.
kips
        
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the answers should be in the following ranges a p 13315 lbf b 1000 lbf pallow 1500 lbf 1 just because you were bored and found these metal parts youve built this assembly and decided to run  10952

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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The answers should be in the following ranges: a) P = 1331.5 lbf b) 1000 lbf < Pallow < 1500 lbf 1. Just because you were bored and found these metal parts, you've built this assembly and decided to run some tests on it. Thanks to the serial numbers on them, you've determined that the parts you found are a brass cylinder with modulus of elasticity E = 15 x 10^6 psi and diameter d1 = 0.25 in. and a steel pipe Es = 30 x 10^6 psi with inner diameter d = 0.28 in. and outer diameter d3 = 0.35 in. You've cut them both down to a length of 4.0 in. Steel shell Brass core a) If load P shortens the length of the assembly by 0.003 in, what is the magnitude of P? Round to 2 decimals. kips b) The steel and brass have allowable stresses 22 ksi and 16 ksi respectively. What is the maximum permissible load Pmax? (Hint: use equations from example 2-8) Round to 2 decimals. kips
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00:01 The node will be taken by grass bracket fb and steel bracket fx bracket block will be fb equals to now deformation will be same in brass and steel bracket delta as bracket moves under the load p and deformation are delta b equals to bracket f r fl divided by a .e...
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