The equation below shows the mathematical representation of the external impulse acting on a system, which is a vector quantity—resulting in (and equal to) the change in the system's linear momentum—caused by a net external force exerted over a time interval.  Match each term in the equation with the correct description from this list: (1) Change in Time; (2) Net Sum; (3) External Force; (4) Change in Linear Momentum; (5) Impulse

Momentum theorem  |  ProblemThe equation below shows the mathematical representation of the external impulse acting on a system, which is a vector quantity—resulting in (and equal to) the change in the system's linear momentum—caused by a net external force exerted over a time interval.  Match each term in the equation with the correct description from this list: (1) Change in Time; (2) Net Sum; (3) External Force; (4) Change in Linear Momentum; (5) Impulse

Newtons and momentum  |  ProblemWhat is the statement for Newton’s second law in terms of linear momentum?Group of answer choicesThe net external force equals the change in linear momentum of a system.The net external force equals the change in linear momentum of a system divided by the time during which it changes.The net internal force equals the change in linear momentum of a system.The net internal force equals the change in linear momentum of a system divided by the time during which it changes.

The linear momentum of a body can be changed by ______.Select an answerAany forceBa net external forceCan internal forceDBoth (B) and (C)

Relate impulse to the magnitude of force and the time overwhich the force is applied

The impulse experienced by a body is equal to*1 pointchange in velocity of the objectchange in momentum of the objectthe force applied to the objectchange in mass of the object