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An Object Is Projected Vertically Upward with an Initial Velocity

Question 136

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An object is projected vertically upward with an initial velocity of An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec ft/sec, and its distance An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec in feet above the ground after An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec seconds is given by the formula An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec . If the object hits the ground after An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec seconds, find its initial velocity An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec in ft/sec.


A) An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec ft/sec
B) An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec ft/sec
C) An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec ft/sec
D) An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec ft/sec
E) An object is projected vertically upward with an initial velocity of ft/sec, and its distance in feet above the ground after seconds is given by the formula . If the object hits the ground after seconds, find its initial velocity in ft/sec. A) ft/sec B) ft/sec C) ft/sec D) ft/sec E) ft/sec ft/sec

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