A bowling ball exerts a force on the pins when it strikes them, knocking them down. The force of the pins on the ball is ________.
A. larger than the force of the ball on the pins
B. less than the force of the ball on the pins
C. the same as the force of the ball on the pins
D. either less or more, depending on how hard the ball is thrown
E. A system of ten bowling pins is too complicated to know the force on the ball.
Answer: C
You might also like to view...
A 100 g glass container is at 10.0 
C 200 g of water at 90.0
is added to the glass container. What is the final temperature of the water and the glass, in 
C? (specific heat of water = 1.00 cal/g 
C specific heat of glass = .200 cal/gm 
C)
A. 82.7 B. 75.0 C. 68.2 D. 50.2 E. 46.9
The distributed loading on beam ABCD is to be replaced by a statically equivalent set of forces. The mag- nitude and location of the statically equivalent force on beam segment AB are:
(A) 575 lb, 4.1 ft
(B) 638 lb, 4.2 ft
(C) 740 lb, 3.9 ft
(D) 428 lb, 4.4 ft
A ball thrown straight upward takes 10 seconds for its up-and-down round trip. Because of air resistance, the time taken for the ball just to go up is
A) less than 5 s. B) 5 s. C) more than 5 s.
The range of distances that has remained habitable for the entire duration of the Sun's lifetime is referred to as the
A) continuously habitable zone B) habitable zone of consistency C) zone of water stability D) permanently habitable zone