Consider the bracket shown in (Figure 1). The bracket can move freely along the pole until a force PP is placed on it. S

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Consider the bracket shown in (Figure 1). The bracket can move freely along the pole until a force PP is placed on it. S

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Consider The Bracket Shown In Figure 1 The Bracket Can Move Freely Along The Pole Until A Force Pp Is Placed On It S 1
Consider The Bracket Shown In Figure 1 The Bracket Can Move Freely Along The Pole Until A Force Pp Is Placed On It S 1 (9.92 KiB) Viewed 12121 times
Consider the bracket shown in (Figure 1). The bracketcan move freely along the pole until a force PP is placedon it. Suppose that h = 6 in.
Part A)
If the coefficient of static frictionat A and B is μsμs =0.6, determine the smallest distance d at which theforce can be applied so that the bracket does not slip. Neglect theweight of the bracket.
d=
P d B h 0.5 in.
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