Question

1.5 m D C A E B -1 m-1 m- Given that the engine hanging on the frame shown weighs 5 kN and the force in link CD is 12.5 kN tensile. Use the right FBD to find the internal forces at point E: $N_e$, $V_e$, $M_e$ a) $N_e$ = 10 kN, $V_e$ = 2.5 kN, $M_e$ = -2.5 kN-m CCW causing T on top b) $N_e$ = 10 kN, $V_e$ = 2.5 kN, $M_e$ = +2.5 kN-m CW causing T on bottom c) $N_e$ = 0, $V_e$ = 2.5 kN, $M_e$ = +2.5 kN-m CW causing T on bottom d) $N_e$ = 0, $V_e$ = 2.5 kN, $M_e$ = -2.5 kN-m CCW causing T on top

          1.5 m
D
C
A
E
B
-1 m-1 m-
Given that the engine hanging on the frame shown weighs 5 kN and the force in link CD is 12.5 kN tensile.
Use the right FBD to find the internal forces at point E: $N_e$, $V_e$, $M_e$
a) $N_e$ = 10 kN, $V_e$ = 2.5 kN, $M_e$ = -2.5 kN-m CCW causing T on top
b) $N_e$ = 10 kN, $V_e$ = 2.5 kN, $M_e$ = +2.5 kN-m CW causing T on bottom
c) $N_e$ = 0, $V_e$ = 2.5 kN, $M_e$ = +2.5 kN-m CW causing T on bottom
d) $N_e$ = 0, $V_e$ = 2.5 kN, $M_e$ = -2.5 kN-m CCW causing T on top

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1.5 m
D
C
A
E
B
-1 m-1 m-
Given that the engine hanging on the frame shown weighs 5 kN and the force in link CD is 12.5 kN tensile.
Use the right FBD to find the internal forces at point E: Ne, Ve, Me
a) Ne = 10 kN, Ve = 2.5 kN, Me = -2.5 kN-m CCW causing T on top
b) Ne = 10 kN, Ve = 2.5 kN, Me = +2.5 kN-m CW causing T on bottom
c) Ne = 0, Ve = 2.5 kN, Me = +2.5 kN-m CW causing T on bottom
d) Ne = 0, Ve = 2.5 kN, Me = -2.5 kN-m CCW causing T on top

Added by John S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adriano Chikande

Step 1

First, let's draw the free body diagram (FBD) of the frame: ``` A | | | | | | | | | | | | | | | | | | | | | Show more…

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Given that the engine hanging on the frame shown weighs 5 kN and the force in link CD is 12.5 kN tensile, use the right free body diagram (FBD) to find the internal forces at point E: Ne, Ve, Me. a) Ne = 10 kN, Ve = 2.5 kN, Me = -2.5 kN-m (counterclockwise) causing T on top. b) Ne = 10 kN, Ve = 2.5 kN, Me = +2.5 kN-m (clockwise) causing T on bottom. c) Ne = 0, Ve = 2.5 kN, Me = +2.5 kN-m (clockwise) causing T on bottom. d) Ne = 0, Ve = 2.5 kN, Me = -2.5 kN-m (counterclockwise) causing T on top.

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