Dry air enters an inclined pipeline in the upward direction being preheated. The pipe hasan inner diameter of 0.3 m and a total length of 5 m with a 30° inclination from thehorizontal direction. The air enters at 300 kPa (absolute) with a velocity at 3 m/s, densityof 3 kg/m³, and at an ambient temperature of 20°C. The electrical heaters around the pipesurface provides a uniform heating flux of 2 kW/m² and the exiting pressure wasmeasured to be 150 kPa. Assume ideal gas behavior, and the air specific heat can beapproximated asCpPlease calculate the exiting temperature of the air.=900+ 0.37 (where T is in Kelvin).123kYou may need the following formula:The formula for the roots of a general quadratic equation ax² + bx+c = 0 is-b ± √b²-4ac2a

Pipeline: Inner diameter: d=0.3 m Length:L=5 m Inclination:θ=30° Entrance: Pressure: Pi=300 kPa…

Answered: Dry air enters an inclined pipeline in…

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