A_1.0_mm_diameter_and_300_mm_long_nickel_wire_is_submerged_horizontal_in_water_at_atmospheric_pressure._At_burnout,_the_wire_has_a_current_of_195_A._Calculate_the_voltage_at_burnout._The_relevant_thermos-physical_properties_are$

A_1.0_mm_diameter_and_300_mm_long_nickel_wire_is_submerged_horizontal_

1.	A_1.0_mm_diameter_and_300_mm_long_nickel_wire_is_submerged_horizontal_in_water_at_atmospheric_pressure._At_burnout,_the_wire_has_a_current_of_195_A._Calculate_the_voltage_at_burnout._The_relevant_thermos-physical_properties_are$
A.	= 959.52 kg/m<sup>3</sup>
B.	= 0.597 kg/m<sup>3</sup>
Answer» C.

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A 1.0 mm diameter and 300 mm long nickel wire is submerged horizontal in water at atmospheric pressure. At burnout, the wire has a current of 195 A. Calculate the voltage at burnout. The relevant thermos-physical properties arep f (fluid) = 959.52 kg/m3p g (vapor) = 0.597 kg/m3h f g = 2257000 J/kgσ = 0.0533 N/m
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A_1.0_mm_diameter_and_300_mm_long_nickel_wire_is_submerged_horizontal_in_water_at_atmospheric_pressure._At_burnout,_the_wire_has_a_current_of_195_A._Calculate_the_voltage_at_burnout._The_relevant_thermos-physical_properties_are$
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A_1.0_mm_diameter_and_300_mm_long_nickel_wire_is_submerged_horizontal_in_water_at_atmospheric_pressure._At_burnout,_the_wire_has_a_current_of_195_A._Calculate_the_voltage_at_burnout._The_relevant_thermos-physical_properties_are$

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