A package is pushed up an incline at x = 0 with an initial speed vo....

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A package is pushed up an incline at x = 0 with an initial speed vo. The incline is coated with a thin viscous layer so that the acceleration of the package is given by a = - (g sin +v), where g is the acceleration due to gravity, is a constant, and v is the velocity of the package. Problem 12.60 If 0 = 30,00 = 10 ft/s, and n = 8 s1, determine the time it takes for the package to come to a stop. Answer tstop = 0.2233 s Problem 12.61 If 0 = 25, v0 = 7 m/s, and n = 8 s1, determine the distance d traveled by the package before it comes to a stop. x V A package is pushed up an incline at x = 0 with an initial speed vo. The incline is coated with a thin viscous layer so that the acceleration of the package is given by a = - (g sin +v), where g is the acceleration due to gravity, is a constant, and v is the velocity of the package. Problem 12.60 If 0 = 30,00 = 10 ft/s, and n = 8 s1, determine the time it takes for the package to come to a stop. Answer tstop = 0.2233 s Problem 12.61 If 0 = 25, v0 = 7 m/s, and n = 8 s1, determine the distance d traveled by the package before it comes to a stop. x V