Use the parallelogram rule to find the magnitude of the resultant force for the two forces shown in the figure. Round to
one decimal place.
-A pilot wants to fly on a bearing of $69.2 ^ { \circ }$. By flying due east, he finds that a $56 - \mathrm { mph }$ wind, blowing from the south, puts him on course. Find the airspeed of the plane.
A) $221 \mathrm { mph }$
B) $147 \mathrm { mph }$
C) $158 \mathrm { mph }$
D) $74 \mathrm { mph }$

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The Answer of Use the parallelogram rule to find the magnitude of the resultant force for the two forces shown in the figure. Round to
one decimal place.
-A pilot wants to fly on a bearing of $69.2 ^ { \circ }$. By flying due east, he finds that a $56 - \mathrm { mph }$ wind, blowing from the south, puts him on course. Find the airspeed of the plane.
A) $221 \mathrm { mph }$
B) $147 \mathrm { mph }$
C) $158 \mathrm { mph }$
D) $74 \mathrm { mph }$

Use the Parallelogram Rule to Find the Magnitude of the Resultant