an aluminium rod of 1m as it two ends at 30 and 40 respectively calculate the temperature gradient.
Answers
Answer:
Under constant temperature gradient, dT/dx=ΔT/Δx where ΔT is the temperature difference across a material Δx units thick.
Explanation:
The temperature gradient is not calculable from the given information. The temperature gradient is a measure of how temperature changes over a certain distance, and requires information about the temperatures at various points along the rod.
Under constant temperature gradient, dT/dx=ΔT/Δx where ΔT is the temperature difference across a material Δx units thick.
The temperature at point A is TA, the temperature at point B is TB, and the distance between the two points is DX. If TB minus TA is called DT, then the thermal gradient is defined as (TB - TA) / DX or DT / DX.
A temperature gradient is just the change in temperature over a specified distance between two locations. The difference in temperature causes differences in air pressure between the two spots. This air pressure differential leads to the formation of winds as the atmosphere tries to equalize the air pressure.
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Answer:
0.1c/m
Explanation:
टू एन्ड स्टेटस दॅट इज द प्रू व्हॉट एम टेलिंग टू यु