College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Concept explainers

Newton’s Third Law of Motion
The horse pulls the cart and the cart pulls the horse in response as per Newton third law. So the big question is, “Don’t the two forces cancel each other? How does the cart accelerate?”
Question
Solve Q14
aAprt f ma moi COte k ne une the h en batt during tchatof eati t n hervative fottat uport when the particle mpletes anecle tietum hato starting point toe 50 ko o mehnsa energ, the wore n loules) done by he no ervative forte1ating on the partice during one cysle is A 25 C- 75 100 QK The adjaient figure hows a mast m -0e that it attached to a tampresied spring ( - *-with compresson dtance d-0!m The other end of the sping ia attacherd to alied wa "he sprinE constart 5000 N/m, the peed (un m/s) of the mass when the spring returns to its natural length (ie ng compression and no entension) is A 15 8 B 20 3 C 28.7 D 38.2 E. 98 Q.9: The potential energy function for a two dimensional force is given by U- (y-2y') aules. The magnitude of the conservative force that is responsible for such potential when calculated at the point (1, 2) m is: A 3.6 B 9.8 C. 15.3 D. 24.2 E. 50.7 Q. 10. True or depend on either the collision is elastic or inelastic". A. True "The law of conservation of total linear momentum of cclliding objects does not B. False Q.11: An object of mass m, = 2-kg moving to the right at 5 m/s strikes a stationary block (isits) in a completely inelastic collision. Due to the collision, 60% of the initial kinetic energy is converted to heat. The mass (in kg) of the stationary block is: A. 0.25 6. 1.0 C. 5.0 D. 9.8 Е. 3.0 Q.12: A block of mass m, = 2-kg is located at the crigin in the XY plane. When t = 0, a second block of mass m; = 3 kg, initially located at the point (-3, 4) m starts moving with a constant velocity: I. = (3i + 6j) m/s. The X-coordinate (in meters) of the center of mass of the two blocks when t = 2 sec, is: A. 0.5 B. 9.0 С. 1,8 D. 3.0 E. Zero Q.13: A disc of radius 0.25 m is initially rotating about an axis perpendicular to its plane and passing through its center at 0.5 rad/sec and is accelerating at 0.2 rad/s. The distance a point located at 10 cm from the center of the disc moves in 20 sec is: B. 5 m C. 9.8 m Q.14: A 2-kg particle moving horizontally with a speed of 5 m/s strikes (2) a vertical wall for 2 ms. It then rebounds () wvith the same speed. The magnitude of the average force (in kN) A. 2 m D. 12 m E. 25 m exerted on (k the particle by the wall is: А. 2 В. 5 С. 10 D. 20 E. Zero
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Transcribed Image Text:aAprt f ma moi COte k ne une the h en batt during tchatof eati t n hervative fottat uport when the particle mpletes anecle tietum hato starting point toe 50 ko o mehnsa energ, the wore n loules) done by he no ervative forte1ating on the partice during one cysle is A 25 C- 75 100 QK The adjaient figure hows a mast m -0e that it attached to a tampresied spring ( - *-with compresson dtance d-0!m The other end of the sping ia attacherd to alied wa "he sprinE constart 5000 N/m, the peed (un m/s) of the mass when the spring returns to its natural length (ie ng compression and no entension) is A 15 8 B 20 3 C 28.7 D 38.2 E. 98 Q.9: The potential energy function for a two dimensional force is given by U- (y-2y') aules. The magnitude of the conservative force that is responsible for such potential when calculated at the point (1, 2) m is: A 3.6 B 9.8 C. 15.3 D. 24.2 E. 50.7 Q. 10. True or depend on either the collision is elastic or inelastic". A. True "The law of conservation of total linear momentum of cclliding objects does not B. False Q.11: An object of mass m, = 2-kg moving to the right at 5 m/s strikes a stationary block (isits) in a completely inelastic collision. Due to the collision, 60% of the initial kinetic energy is converted to heat. The mass (in kg) of the stationary block is: A. 0.25 6. 1.0 C. 5.0 D. 9.8 Е. 3.0 Q.12: A block of mass m, = 2-kg is located at the crigin in the XY plane. When t = 0, a second block of mass m; = 3 kg, initially located at the point (-3, 4) m starts moving with a constant velocity: I. = (3i + 6j) m/s. The X-coordinate (in meters) of the center of mass of the two blocks when t = 2 sec, is: A. 0.5 B. 9.0 С. 1,8 D. 3.0 E. Zero Q.13: A disc of radius 0.25 m is initially rotating about an axis perpendicular to its plane and passing through its center at 0.5 rad/sec and is accelerating at 0.2 rad/s. The distance a point located at 10 cm from the center of the disc moves in 20 sec is: B. 5 m C. 9.8 m Q.14: A 2-kg particle moving horizontally with a speed of 5 m/s strikes (2) a vertical wall for 2 ms. It then rebounds () wvith the same speed. The magnitude of the average force (in kN) A. 2 m D. 12 m E. 25 m exerted on (k the particle by the wall is: А. 2 В. 5 С. 10 D. 20 E. Zero
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