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## Assignment No. 1 **Note**: Solve the problem below by graphical method as well as analytical method (you may use vector approach/ scalar approach while solving it analytically) **Problem:** 1. Determine the components $F_u$ and $F_a$ of the 4-kN force along the oblique axes u and a. 2. Determi...

## Assignment No. 1 **Note**: Solve the problem below by graphical method as well as analytical method (you may use vector approach/ scalar approach while solving it analytically) **Problem:** 1. Determine the components $F_u$ and $F_a$ of the 4-kN force along the oblique axes u and a. 2. Determine the projections of F onto the u- and a- axes. 3. Determine the components $F_x$ and $F_y$ of the 4-kN force along rectangular axes x and y. 4. Determine the projections of F onto the x and y- axes. 5. Determine the components $F_x$ and $F_a$ of the 4-kN force along the oblique axes x and a. 6. Determine the projections of F onto the x- and a-axes. 7. Determine the components $F_y$ and $F_u$ of the 4-kN force along rectangular axes y and u. 8. Determine the projections of F onto the y and u-axes. 9. Determine the components $F_a$ and $F_b$ of the 4-kN force along rectangular axes a and b. 10. Determine the projections of F onto the a- and b-axes. The image shows a force vector F = 10 kN, with an angle of $30^o$ to the x-axis.