Delta X can be calculated by subtracting the initial position (Vox) from the final position (Voy). This gives us the change in position, or the displacement, represented by the symbol delta X.
Voy and Vox represent the initial and final positions in an object's motion. Voy is the initial vertical position, while Vox is the initial horizontal position. These values are used to calculate the change in position, or delta X.
Voy and Vox can be measured using a variety of tools, such as a ruler or measuring tape. The initial position is typically taken as the starting point, while the final position is measured at the end of the object's motion. It is important to ensure that the measurements are accurate in order to calculate delta X correctly.
Yes, delta X can be negative if the final position (Voy) is smaller than the initial position (Vox). This indicates that the object has moved backwards or in the opposite direction from its starting point.
Yes, there are other methods for calculating delta X, such as using the average velocity of an object's motion. This involves dividing the total displacement by the time taken to travel that distance. However, using Voy and Vox is a simple and effective method for finding delta X in many cases.