Question: Vectors A and B as shown in the figure. Given their magnitude A-39.1m and B=39.1m. The resultant vector is defined as the sum of

Vectors A and B as shown in the figure. Given their magnitude 

A-39.1m and B=39.1m. The resultant vector is defined as the sum of 

Vectors A and B as shown in the figure. Given their magnitude A-39.1m and B=39.1m. The resultant vector is defined as the sum of A and B (R = A + B). Find x-component of resultant vector Rx TR AL 60 60 X Vectors A and B as shown in the figure. Given their magnitude A-39m and B-39m. The resultant vector is defined as the sum of A and B (R = A + B). Find y-component of resultant vector Ry TR B IA AL y 60 60 x.

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