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In Figure (a), two identical rectangular rods of metal are welded end to end, with a temperature of T1 = 6°C on the left side and a temperature of T2 = 124°C on the right side. In 1.9 min, 17 J is conducted at a constant rate from the right side to the left side. How much time would be required to conduct 17 J if the rods were welded side to side as in Figure (b)? (a) T2 (b) Number Units

In Figure (a), two identical rectangular rods of metal are welded end to end, with a temperature of T1 = 6°C on the left side and a temperature of T2 = 124°C on the right side. In 1.9 min, 17 J is conducted at a constant rate from the right side to the left side. How much time would be required to conduct 17 J if the rods were welded side to side as in Figure (b)? (a) T2 (b) Number Units

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In Figure (a), two identical rectangular rods of metal are welded end to end, with a temperature of T1 = 6°C on the left side and a temperature of T2 = 124°C on the right side. In 1.9 min, 17 J is conducted at a constant rate from the right side to the left side. How much time would be required to conduct 17 J if the rods were welded side to side as in Figure (b)? T (a) T2 (b) Number Units the tolerance is +/-2%
Transcribed Image Text:In Figure (a), two identical rectangular rods of metal are welded end to end, with a temperature of T1 = 6°C on the left side and a temperature of T2 = 124°C on the right side. In 1.9 min, 17 J is conducted at a constant rate from the right side to the left side. How much time would be required to conduct 17 J if the rods were welded side to side as in Figure (b)? T (a) T2 (b) Number Units the tolerance is +/-2%
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