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Two Clowns Are Launched from the Same Spring-Loaded Circus Cannon

Question 61

Multiple Choice

Two clowns are launched from the same spring-loaded circus cannon with the spring compressed the same distance each time. Clown A has a 40-kg mass; clown B a 60-kg mass. The relation between their kinetic energies at the instant of launch is

A)
Two clowns are launched from the same spring-loaded circus cannon with the spring compressed the same distance each time. Clown A has a 40-kg mass; clown B a 60-kg mass. The relation between their kinetic energies at the instant of launch is A) . B) . C) KA = KB. D) . E) . .
B)
Two clowns are launched from the same spring-loaded circus cannon with the spring compressed the same distance each time. Clown A has a 40-kg mass; clown B a 60-kg mass. The relation between their kinetic energies at the instant of launch is A) . B) . C) KA = KB. D) . E) . .
C) K_A = K_B.
D)
Two clowns are launched from the same spring-loaded circus cannon with the spring compressed the same distance each time. Clown A has a 40-kg mass; clown B a 60-kg mass. The relation between their kinetic energies at the instant of launch is A) . B) . C) KA = KB. D) . E) . .
E)
Two clowns are launched from the same spring-loaded circus cannon with the spring compressed the same distance each time. Clown A has a 40-kg mass; clown B a 60-kg mass. The relation between their kinetic energies at the instant of launch is A) . B) . C) KA = KB. D) . E) . .

Two Clowns Are Launched from the Same Spring-Loaded Circus Cannon

Multiple Choice

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