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If a Mass That Is Attached to a Spring Is

Question 1

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If a mass that is attached to a spring is raised y 0 feet and released with an initial vertical velocity of v 0 ft / sec, then the subsequent position y of the mass is given by If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E) where t is time in seconds and If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E) is a positive constant. If y 0 = 2 and If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E) = 2, find the initial velocities that result in an amplitude of 4 feet.


A) If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E)
B) If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E)
C) If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E)
D) If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E)
E) If a mass that is attached to a spring is raised y<sub> 0 </sub> feet and released with an initial vertical velocity of v<sub> 0 </sub> ft / sec, then the subsequent position y of the mass is given by where t is time in seconds and is a positive constant. If y<sub> 0 </sub> = 2 and = 2, find the initial velocities that result in an amplitude of 4 feet. A) B) C) D) E)

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