DOTLAN EveMaps

u'Impulse J produced from time x to y is defined as the integral from x to y dt of the resultant force F over the period [x, y].

From Newton\'s second law, force is related to momentum p by

F = dp/dt

Therefore, impulse is defined as the integral from x to y of dp/dt times dt. As the time differentials cancel, this is just the integral from x to y of dp. This gives us \u0394p, the change in linear momentum from time x to y. This is often called the impulse-momentum theorem.

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