Why does an object with greater mass have a greater impulse?
According to the impulse equation, Impulse = (mass)(acceleration)(delta t)...
shouldn't a greater mass have a lower value for acceleration, meaning that the impulse is the same, regardless of the mass of the object? What am I missing??
According to the impulse equation, Impulse = (mass)(acceleration)(delta t)...
shouldn't a greater mass have a lower value for acceleration, meaning that the impulse is the same, regardless of the mass of the object? What am I missing??
