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A two dimensional force system is given. The objective is to find the resultant force of the system by using vector operations. There are three forces present in the system. Consider these values: F1 = (15.6) N θ1 = (77)° F2 = (9.2) N θ2 = (136)° F3 = (40) N θ3 = (233)°

A two dimensional force system is given. The objective is to find the resultant force of the system by using vector operations. There are three forces present in the system. Consider these values: F1 = (15.6) N θ1 = (77)° F2 = (9.2) N θ2 = (136)° F3 = (40) N θ3 = (233)°

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A two dimensional force system is given. The objective is to find the resultant force of the system by using vector operations. There are three forces present in the system.

Consider these values:
F1 = (15.6) N θ1 = (77)°
F2 = (9.2) N θ2 = (136)°
F3 = (40) N θ3 = (233)°

A. Find the vector form for each of the three forces (F1, F2, F3)
B. Find the vector form of the resultant force
C. Find the magnitude of the resultant force
D. Find the angle of the force referred from the x-axis (possible value 0° ≤ θ ≤90° ) and describe its direction

Note: Any of the three forces may fall on any of the four quadrants.

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Find the angle of the force referred from the x-axis (possible value 0° ≤ θ ≤90° ) and describe its direction 

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