A block (1) is positioned in the fixture as shown below. At room temperature, a gap (a) exists between the block and the rigid support at B. Block (1) has E = 120 ksi, a = 78 x 10/F, and 2 in. by 2 in. area. The gap (a) is 0.10o in. The length of block (1) is 32 in. Determine the lowest temperature change which the block fills the gap. The unit for the answer is 'F. Put your numerical value only in the answer box. (1)
A block (1) is positioned in the fixture as shown below. At room temperature, a gap (a) exists between the block and the rigid support at B. Block (1) has E = 120 ksi, a = 78 x 10/F, and 2 in. by 2 in. area. The gap (a) is 0.10o in. The length of block (1) is 32 in. Determine the lowest temperature change which the block fills the gap. The unit for the answer is 'F. Put your numerical value only in the answer box. (1)
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Transcribed Image Text:A block (1) is positioned in the fixture as shown below. At room temperature, a gap
(a) exists between the block and the rigid support at B.
Block (1) has E = 120 ksi, a = 78 x 106/F, and 2 in. by 2 in. area.
The gap (a) is 0.10 in.
The length of block (1) is 32 in.
Determine the lowest temperature change which the block fills the gap.
The unit for the answer is F.
Put your numerical value only in the answer box.
a
(1)
b
A
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