Using the tail-to-head method and a scale of 1 cm represents 10 N, draw an accurate vector diagram to determine the magnitude of the resultant force acting on the box.

Step 1: Identify Jack's initial and final positions. Jack starts at point A. Jack's movement ends at point C. Step 2: Determine the coordinates of points A, B, and C. Let point A be the origin, so its position is x_A = 0 m. Point B is 70 m East of A. We define East as the positive direction. So, the position of B is x_B = +70 m. Jack runs from B to C due West. The problem states that the distance between point B and point C is 70 m. Since West is the negative direction: The position of C is x_C = x_B - 70 m. x_C = +70 m - 70 m = 0 m Step 3: Calculate Jack's displacement. Displacement ( x) is the change in position from the initial point to the final point. x = x_final - x_initial x = x_C - x_A x = 0 m - 0 m x = 0 m Note: The information about Jack's velocity (5 m·s^-1) and time (10 s) for the B to C segment would imply a distance of 5 m/s × 10 s = 50 m. However, the problem explicitly states "The distance between point B and point C is 70 m". We use the explicitly stated distance to define the positions of the points. Jack's displacement is 0 m. Send me the next one 📸