Displacement (Δx) = Final position (xf) – Initial position (xi)
Coordinates in a coordinate system, such as the distance traveled in a straight line or a change in position in two or three dimensions, can be used to represent the final position (xf) and the initial position (xi).
xf=8 sec xi=4 sec – 2 sec
Δx = 50 – 25 = 25
Therefore, 25 meters is the answer.
Displacement (Δx) = Final position (xf) – Initial position (xi)
Coordinates in a coordinate system, such as the distance traveled in a straight line or a change in position in two or three dimensions, can be used to represent the final position (xf) and the initial position (xi).
xf=8 sec xi=4 sec – 2 sec
Δx = 50 – 25 = 25
Therefore, 25 meters is the answer.