9-15. A smooth rope is placed above a hole in a table (Figure 9-D). One end of the rope falls through the hole at t = 0, pulling steadily on the remainder of the rope. Find the velocity and acceleration of the rope as a function of the distance to the end of the rope x. Ignore all friction. The total length of the rope is L. FIGURE 9-D Problem 9-15.
9-15. A smooth rope is placed above a hole in a table (Figure 9-D). One end of the rope falls through the hole at t = 0, pulling steadily on the remainder of the rope. Find the velocity and acceleration of the rope as a function of the distance to the end of the rope x. Ignore all friction. The total length of the rope is L. FIGURE 9-D Problem 9-15.
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Please help with question 9.15
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9-15. A smooth rope is placed above a hole in a table (Figure 9-D). One end of the rope
falls through the hole at t = 0, pulling steadily on the remainder of the rope. Find
the velocity and acceleration of the rope as a function of the distance to the end of
the rope x. Ignore all friction. The total length of the rope is L.
FIGURE 9-D Problem 9-15.
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