Chapter 4, Problem 21FP

Determine the resultant couple moment acting on the triangular plate 200 Ib 150 Ib 200 Ib 150 b 300 b 300 Ib Ib.ft 3000 Ib.ft 2800- e Ib.ft 2800 Ib.ft 2600- a . Ib.ft 2600

Which of the ff. gives the moment produce from the force P = 80 N about point O if theta = 50° beta = 40° in N-m.

Suppose that F=8 kN, w =5 kN/m, and M= 18 kN m in (Figure 1). Follow the sign convention. Figure 1 of 1 1.25 m 0.75 m +o5m-

i need the answer quickly

d= 3.8m (on the figure of the beam) Determine the equivalent resultant force and determine the equivalent couple moment at point O.

THE WRENCH IS USED TO TIGHTEN A NUT ON THE WHEEL, DETERMINE THE MOMENT OF 120-lb FORCE ABOUT THE ORIGIN O.    Give the following: given, free body diagram, and solution

Replace the force system acting on the beam by an equivalent force and couple moment at point A. 25KN USES 4.11 * 2 m JAN

Q-6: Determine the magnitude of force F in cable AB in order to produce a moment of 1250 Nm about the hinged axis CD, which is needed to hold the panel in the position shown. Q-7: This question have two different approaches. Solve for both. (a) Determine the resultant couple moment of the two couples that act on the pipe assembly. The distance from A to B is d = 420 mm. Express the result as a Cartesian vector. (b) Determine the distance d between A and B so that the resultant couple moment has a magnitude of Mr = 28 Nm. (-501) N 250 mm C (35k) N S (-35k) N (501) N 350 mm

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