The thrust force of a supersonic aircraft at a speed of 1800 km / h is 200 kN.
| March 23, 2021 | education
The thrust force of a supersonic aircraft at a speed of 1800 km / h is 200 kN. In this flight mode, the aircraft’s engines generate power.
Initial data: V (speed of a supersonic aircraft) = 1800 km / h (500 m / s); F (thrust force of aircraft engines) = 200 kN (200 * 10 ^ 3 N).
The power that will be generated by the engines of a supersonic aircraft in a given flight mode is determined by the formula: N = F * V.
Calculation: N = 200 * 10 ^ 3 * 500 = 100 * 10 ^ 6 W (100 MW).
Answer: In a given flight mode, the power of the engines of a supersonic aircraft will be equal to 100 MW.
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