# Question: Given two vectors A bar and B bar with magnitudes A and

Given two vectors A-bar and B-bar with magnitudes A and B, respectively, you can subtract B-bar from A-bar to get a third vector C-bar = A-bar - B-bar. If the magnitude of C-bar is equal to C = A + B, what is the relative orientation of A-bar vectors and B-bar?

**View Solution:**## Answer to relevant Questions

In two successive chess moves, a player first moves his queen two squares forward, then moves the queen three steps to the left (from the player’s view). Assume each square is 3.0 cm on a side. (a) Using forward (toward ...Two displacements, one with a magnitude of 15.0 m and a second with a magnitude of 20.0 m, can have any angle you want. (a) How would you create the sum of these two vectors so it has the largest magnitude possible? What is ...Two students are pulling a box as shown in Fig. 3.26, where and F1 = 100 N F2 = 150 N. What third force would cause the box to be stationary when all three forces are applied? Ball A rolls at a constant speed of 0.25 m/s on a table 0.95 m above the floor, and ball B rolls on the floor directly under the first ball with the same speed and direction. (a) When ball A rolls off the table and hits the ...If the maximum height reached by a projectile launched on level ground is equal to half the projectile’s range, what is the launch angle?Post your question