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A Particle Moves Around the Elliptical Cylinder

Question 23

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A particle moves around the elliptical cylinder A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 + A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 1 in such a way that its position at time t is A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 Find the maximum and minimum values of both its speed A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 and its magnitude of its acceleration A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 .


A) max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 3, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2; max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 3, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2
B) max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 5, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2 A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 ; max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 3, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2
C) max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 5, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2 A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 ; max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 5, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2 A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0
D) max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 3, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2; max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 3, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 0
E) max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 5, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 2 A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 ; max A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 3, min A particle moves around the elliptical cylinder + = 1 in such a way that its position at time t is Find the maximum and minimum values of both its speed and its magnitude of its acceleration . A) max = 3, min = 2; max = 3, min = 2 B) max = 5, min = 2 ; max = 3, min = 2 C) max = 5, min = 2 ; max = 5, min = 2 D) max = 3, min = 2; max = 3, min = 0 E) max = 5, min = 2 ; max = 3, min = 0 = 0

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