8. You have to define the vector (magnitude and direction, which balanced the sum of the vectors a+b. (the equilibrant v

[answerhappygod]

8 You Have To Define The Vector Magnitude And Direction Which Balanced The Sum Of The Vectors A B The Equilibrant V 1 (70.18 KiB) Viewed 38 times

8. You have to define the vector (magnitude and direction, which balanced the sum of the vectors a+b. (the equilibrant vector) 9. Use the graphical method to add the three vectors. 10. Calculate the magnitude and direction of the vector using the analytical method. 11. Write the resultant vector using the head to tail method (graphical method) 3 = 12. Write the magnitude and the direction of a,b, and then calculate the c by using the analytical method. 13. Add the data to the data table below: Force a Б Magnitude (N) Direction(degree) 17.9 26.6 11.4 164.7 X-component 16 Y component 8 3 -11 3 14. What is the relation between the resultant and the equilibrant force? 15. Attach your graph paper that shows both resultant and equilibrant vectors.