A fighter aeroplane flying in the sky dives with a speed of 360 km/hr in a vertical circle of radius 200. Weight of the pilot sitting in it is 75 kg. What will be the value of force with which the pilot presses his seat when the aeroplane is at highest position ( g= 10 m/s2) ?

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Nicho priyatham · Answer

assuming the pilot is upside down at highest point mg (downard) normal rxn (upward) centripetal force (downard) so mg-N=mv 2 /r find N

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A fighter aeroplane flying in the sky dives with a speed of 360 km/hr in a vertical circle of radius 200. Weight of the pilot sitting in it is 75 kg. What will be the value of force with which the pilot presses his seat when the aeroplane is at highest position ( g= 10 m/s2) ?

A fighter aeroplane flying in the sky dives with a speed of 360 km/hr in a vertical circle of radius 200. Weight of the pilot sitting in it is 75 kg. What will be the value of force with which the pilot presses his seat when the aeroplane is at highest position ( g= 10 m/s2) ?

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A fighter aeroplane flying in the sky dives with a speed of 360 km/hr in a vertical circle of radius 200. Weight of the pilot sitting in it is 75 kg. What will be the value of force with which the pilot presses his seat when the aeroplane is at highest position ( g= 10 m/s2) ?

A fighter aeroplane flying in the sky dives with a speed of 360 km/hr in a vertical circle of radius 200. Weight of the pilot sitting in it is 75 kg. What will be the value of force with which the pilot presses his seat when the aeroplane is at highest position ( g= 10 m/s2) ?

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