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edit approved Sep 16, 2015 at 18:11
Peter Mortensen
edit approved Sep 16, 2015 at 18:11
Peter Mortensen
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Acceleration = force/mass

fightersFighters have greater accelration (whether linear or rotational), because their force to mass-to-mass ratio is greater than for an airliner. Simple Physicsphysics.

For a rotational acceleration, moment of inertia takes the place of mass in the above equation. shorterShorter wings reduce the moment of inertia.

Acceleration = force/mass

fighters have greater accelration (whether linear or rotational) because their force to mass ratio is greater than an airliner. Simple Physics.

For a rotational acceleration, moment of inertia takes the place of mass in the above equation. shorter wings reduce the moment of inertia.

Acceleration = force/mass

Fighters have greater accelration (whether linear or rotational), because their force-to-mass ratio is greater than for an airliner. Simple physics.

For a rotational acceleration, moment of inertia takes the place of mass in the above equation. Shorter wings reduce the moment of inertia.

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Steve H
Steve H
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Acceleration = force/mass

fighters have greater accelration (whether linear or rotational) because their force to mass ratio is greater than an airliner. Simple Physics.

For a rotational acceleration, moment of inertia takes the place of mass in the above equation. shorter wings reduce the moment of inertia.