A 0.10 cm diameter and 15 cm long wire has been laid horizontally and submerged in water at atmospheric pressure. The wire has a steady state voltage drop of 14.5 V and a current of 42.5 A. Determine the heat flux of the wire.The following equation applies for water boiling on a horizontal submerged surfaceH = 1.54 (Q/A)^0.75 = 5.58 (d t)³ W/m² K where Q/A is the heat flux rate in W/m² and d t is the temperature difference between surface and saturation.

A 0.10 cm diameter and 15 cm long wire has been laid horizontally and

1.	A 0.10 cm diameter and 15 cm long wire has been laid horizontally and submerged in water at atmospheric pressure. The wire has a steady state voltage drop of 14.5 V and a current of 42.5 A. Determine the heat flux of the wire.The following equation applies for water boiling on a horizontal submerged surfaceH = 1.54 (Q/A)^0.75 = 5.58 (d t)³ W/m² K where Q/A is the heat flux rate in W/m² and d t is the temperature difference between surface and saturation.
A.	1.308 * 10⁸ W/m²
B.	1.308 * 10⁷ W/m²
C.	1.308 * 10⁶ W/m²
D.	1.308 * 10⁵ W/m²
Answer» D. 1.308 * 10⁵ W/m²