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Calculating Surface Temperature:

The steady-state heat flux toward a surface was 1300 W/m². The fluid temperature was 100°C, and it was predicted that the heat-transfer coefficient was 99.8 W/m²·K.

What was the surface/wall temperature?

Answer :

Final answer:

The surface/wall temperature is 113.03 °C.

Explanation:

To calculate the surface/wall temperature, we can use the formula for convective heat transfer:

T = (Q/A) / h + fluid temperature

Given:

  • Heat flux (Q/A) = 1300 W/m2
  • Fluid temperature = 100 °C
  • Heat transfer coefficient (h) = 99.8 W/m2 K

Substituting the given values into the formula:

T = (1300 W/m2) / (99.8 W/m2 K) + 100 °C

Simplifying the equation:

T = 13.03 K + 100 °C

Converting the temperature to Celsius:

T = 113.03 °C

Therefore, the surface/wall temperature is 113.03 °C.

Learn more about calculating surface temperature here:

https://brainly.com/question/32466666

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