By Arthur Beiser

ISBN-10: 0071398783

ISBN-13: 9780071398787

**Boiled-down necessities of the top-selling Schaum's define sequence, for the coed with restricted time**

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**Extra resources for Applied Physics Crash Course (Schaum's Easy Outlines Series)**

**Sample text**

041-050 1/30/03 9:46 AM Page 48 48 APPLIED PHYSICS The torque exerted by a force is also known as the moment of the force. A force whose line of action passes through O produces no torque about O because its moment arm is zero. Torque plays the same role in rotational motion that force plays in linear motion. A net force F acting on a body of mass m causes it to undergo the linear acceleration a in accordance with Newton’s second law of motion F = ma. Similarly, a net torque t acting on a body of moment of inertia I causes it to undergo the angular acceleration a (in rad/s2) in accordance with the formula t = Ia Torque = ( moment of inertia) (angular acceleration) Remember In the SI system, the unit of torque is newton и meter (Nиm); in the British system, it is the pound и foot (lbиft).

A proper choice of directions for the axes often simpliﬁes the calculations. When all the forces lie in a plane, for instance, the coordinate system can be chosen so that the x and y axes lie in the plane; then the two equations SFx = 0 and SFy = 0 are enough to express the condition for translational equilibrium. 1 A 100-N box is suspended from two ropes that each make an angle of 40Њ with the vertical. Find the tension in each rope. Solution. The forces that act on the box are shown in the free-body diagram of Figure 8-1(a).

Solution. The momentum can be calculated as follows: mv = (50 kg)(6 m/s) = 300 kgиm/s Impulse A force F that acts on a body during time t provides the body with an impulse of Ft: Impulse = Ft = (force)(time interval) You Need to Know The units of impulse are newton-seconds and pound-seconds. When a force acts on a body to produce a change in its momentum, the momentum change m(v2 − v1) is equal to the impulse provided by the force. 2 A 46-g golf ball is struck by a club and ﬂies off at 70 m/s. 5 ms, what was the average force on the ball during the impact?

### Applied Physics Crash Course (Schaum's Easy Outlines Series) by Arthur Beiser

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