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Consider an object on an inclined plane shown below. Which of the following statements is true regarding the x- and y- components of velocity and acceleration of the object in the coordinate system provided? y Vx = v cos 6, v, = v sin 6, ax = 0, a, = -g Vx = v cos 0, v, = -v sin 0, a, = 0, a, = -8 Vx = v, Vy = 0, ax = g sin 0, a, = 0 Vx = v, Vy = 0, ax = -g sin 0, a, = 0

Consider an object on an inclined plane shown below. Which of the following statements is true regarding the x- and y- components of velocity and acceleration of the object in the coordinate system provided? y Vx = v cos 6, v, = v sin 6, ax = 0, a, = -g Vx = v cos 0, v, = -v sin 0, a, = 0, a, = -8 Vx = v, Vy = 0, ax = g sin 0, a, = 0 Vx = v, Vy = 0, ax = -g sin 0, a, = 0

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Consider an object on an inclined plane shown below. Which of the following statements is true regarding the x-and y- components of velocity and acceleration of the object in the coordinate system provided? y Vx = v cos 0, vy = v sin 0, ax = 0, a, = -g Vx = v cos 0, v, = -v sin 0, a, = 0, a, = -g Vx = v, Vy = 0, az = g sin 8, a, = 0 Vz = v, Vy = 0, ax = -g sin 0, a, = 0
Transcribed Image Text:Consider an object on an inclined plane shown below. Which of the following statements is true regarding the x-and y- components of velocity and acceleration of the object in the coordinate system provided? y Vx = v cos 0, vy = v sin 0, ax = 0, a, = -g Vx = v cos 0, v, = -v sin 0, a, = 0, a, = -g Vx = v, Vy = 0, az = g sin 8, a, = 0 Vz = v, Vy = 0, ax = -g sin 0, a, = 0
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