They rounded up a little, but your answer's not really correct.ThomasMagnus said:
Relative velocity is the velocity of an object in relation to another object. It takes into account the velocity of both objects and their direction of motion.
To solve relative velocity problems, you can use the formula Vr = Va + Vb, where Vr is the relative velocity, Va is the velocity of object A, and Vb is the velocity of object B. You can also draw a diagram to visualize the problem and use trigonometry to find the relative velocity.
The order of the numbers in "346 vs 350" and "350 vs 346" refers to the order in which the velocities of the objects are given. In "346 vs 350", 346 is the velocity of object A and 350 is the velocity of object B, while in "350 vs 346", 350 is the velocity of object A and 346 is the velocity of object B. This difference can affect how you use the formula to solve the problem.
Yes, relative velocity can be negative. This happens when the objects are moving in opposite directions, or when one object is moving faster than the other in the same direction.
Relative velocity is used in various fields such as physics, engineering, and navigation. It is used to calculate the velocity of airplanes and rockets, to determine the speed of objects in collisions, and to track the movement of celestial bodies in space.