a tennis player moves in a straight line path as shown in figure below. find her average velocity in following time intervals.
you gotta work on your copy/paste stuff
To find the average velocity of a tennis player in different time intervals, we need to determine the displacement and the time interval for each case.
Unfortunately, without the figure you mentioned, I cannot provide a specific numerical answer. However, I can guide you through the general process of finding average velocity.
1. Determine the initial and final positions: Look at the given figure and identify the starting point and ending point of the tennis player's motion in each time interval.
2. Calculate the displacement: Displacement is the change in position, given by the equation Δx = xf - xi, where xf represents the final position and xi represents the initial position. Measure the displacement in the appropriate units (e.g., meters).
3. Determine the time interval: Identify the time duration for each interval.
4. Calculate average velocity: Average velocity is calculated by dividing displacement (Δx) by the time interval (Δt). The formula is Vavg = Δx / Δt. Make sure to use consistent units for displacement and time.
Repeat steps 1 to 4 for each time interval mentioned in the figure to find the average velocity of the tennis player.
If you provide the specific figure, I can guide you through the calculation with numerical values.