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Page 1: 001/Chapter2-3.pdfand position x(t), given that its initial acceleration, velocity, and position are axt, vxi, and Xi, respectively. (b) Show that a 2 = + 2J(vx — vxi). 48. A student
Page 2: 001/Chapter2-3.pdfand position x(t), given that its initial acceleration, velocity, and position are axt, vxi, and Xi, respectively. (b) Show that a 2 = + 2J(vx — vxi). 48. A student
Page 3: 001/Chapter2-3.pdfand position x(t), given that its initial acceleration, velocity, and position are axt, vxi, and Xi, respectively. (b) Show that a 2 = + 2J(vx — vxi). 48. A student
Page 4: 001/Chapter2-3.pdfand position x(t), given that its initial acceleration, velocity, and position are axt, vxi, and Xi, respectively. (b) Show that a 2 = + 2J(vx — vxi). 48. A student
Page 5: 001/Chapter2-3.pdfand position x(t), given that its initial acceleration, velocity, and position are axt, vxi, and Xi, respectively. (b) Show that a 2 = + 2J(vx — vxi). 48. A student
Page 6: 001/Chapter2-3.pdfand position x(t), given that its initial acceleration, velocity, and position are axt, vxi, and Xi, respectively. (b) Show that a 2 = + 2J(vx — vxi). 48. A student

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