Three forces are applied to a bracket as shown. Point A lies at the origin of the xy-axes. F1 = 250 N, F2 = 500 N and F3 =375 N F2 F1 30° 0.5 m 0.5 m y A B 0.5 m 0.5 m Moment MA = ►X F3 a) Replace the system by an equivalent force-couple system at A. Resultant Force Component in x direction= YR measured from A= Resultant Force Component in y direction= 19 0.3 m- N.m m N b) Determine where the equivalent single force line of action intersects the y-axis measured from A. N
Three forces are applied to a bracket as shown. Point A lies at the origin of the xy-axes. F1 = 250 N, F2 = 500 N and F3 =375 N F2 F1 30° 0.5 m 0.5 m y A B 0.5 m 0.5 m Moment MA = ►X F3 a) Replace the system by an equivalent force-couple system at A. Resultant Force Component in x direction= YR measured from A= Resultant Force Component in y direction= 19 0.3 m- N.m m N b) Determine where the equivalent single force line of action intersects the y-axis measured from A. N
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Three forces are applied to a bracket as shown. Point A lies at the origin of the xy-axes.
F1 = 250 N, F2 = 500 N and F3 =375 N
F2
F1
30°f
0.5 m
0.5 m
1
y
A
B
0.5 m
-0.5 m
Moment MA =
F3
a) Replace the system by an equivalent force-couple system at A.
Resultant Force Component in x direction=
Resultant Force Component in y direction=
0.3 m-
YR measured from A=
N.m
N
b) Determine where the equivalent single force line of action intersects the y-axis measured from A.
m
N
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