H.W. Find the resultant of the three displacement vectors in the drawing by means of the components method. The magnitudes of the vectors are: JÃ| = 5m, B|= 5m and jC| = 4m %3D A27 Ans. R=-2.191 + 2.04j We can also find the magnitude メ 200 X + sin cus and direction of the resultant: 2 00. A - -42 8°
H.W. Find the resultant of the three displacement vectors in the drawing by means of the components method. The magnitudes of the vectors are: JÃ| = 5m, B|= 5m and jC| = 4m %3D A27 Ans. R=-2.191 + 2.04j We can also find the magnitude メ 200 X + sin cus and direction of the resultant: 2 00. A - -42 8°
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
Transcribed Image Text:H.W. Find the resultant of the three displacement
vectors in the drawing by means of the components
method. The magnitudes of the vectors are:
JÃ| = 5m,|B|=5m and jC| = 4m
Ans. R=-2.191+ 2.04j
We can also find the magnitude
609
200
sin
and direction of the resultant:
R = 2.99 ; 0 = -42.8°
%D
CO units and nointS
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