The relation between thermal conductivity K (W/m/°C), heat flow density Q (watt/m2) and dT/dx (°C per metre) is-A-Q = K(dT/dx)B-Q = K(dT/dx)C-K = Q(dT/dx)D-dT/dx = QK-B-Q = K(dT/dx)

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The relation between thermal conductivity K (W/m/&deg;C), heat flow density Q (watt/m2) and dT/dx (&deg;C per metre) is-A-Q = K(dT/dx)B-Q = K(dT/dx)C-K = Q(dT/dx)D-dT/dx = QK-B-Q = K(dT/dx)

APTITUDE CRACK · Accepted Answer

B Q = K(dT/dx) No answer description is available.

Materials and Components - Engineering

The relation between thermal conductivity K (W/m/°C), heat flow density Q (watt/m²) and dT/dx (°C per metre) is

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Materials and Components - Engineering

The relation between thermal conductivity K (W/m/°C), heat flow density Q (watt/m2) and dT/dx (°C per metre) is

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For help Students Orientation Mcqs Questions

The relation between thermal conductivity K (W/m/°C), heat flow density Q (watt/m²) and dT/dx (°C per metre) is

For help Students Orientation
Mcqs Questions