hello I need help with this physics lab please. the ball leaves the girl hands at 1.00 second and it reach the highest point which is 1.5 m at 1.600 s I need to know how to fill the tables and do the graphs please

In this section, you will use your graphs to support your understanding of key concepts. 1. Sketch a vector diagram of the kickball immediately after it leaves the girl's hands. Draw it from a side view. Include the x and y components of the velocity vector (using different colours would be ideal.) Use a scale for the magnitude (angle is unknown at this point so just estimate). Upload your image. Hint: There should only be 1 ball position on this diagram. Your image must be a drawing, not a computer image. It must be clear and easy to see all relevant information. I must be cropped properly (not a small image with a bunch of background). If you image does not follow these guidelines these sections will not be graded. Score: 0/1 2. Add the kickball to your diagram with velocity vectors when it is partway between the start and the max h MacBook AirUpload your new image. Save & Close Submit fo Hint: This image should only have three ball positions. BIUESSE Score: 0/1 3. Add the kickball halfway along its downward path with velocity vectors. Then add the kickball at the end of its motion (when it hits the ground). Draw the vectors, label the horizontal distance travelled and the end time to your diagram. Upload your new image. Hint: The diagram should have 5 ball positions. BIUFREE Score: 0/1 MacBook Air DD F10 14 F9 _ F6 F7 F8 20 F3 898 F4 F5 F1 F2 & % 9 O @ 5 6 4 2 P USave & Close Submit for Grading Score: 0/2 6. State the vertical acceleration of the kickball. Explain how you found your answer. Hint: Use the graphs you created. You will NOT do a calculation. BI U Score: 0/1 7. Is the value of the acceleration from your graph what you expect it to be? Calculate the percent deviation (equation is in the back of your textbook and the theoretical value in on your data sheet). Type in your calculation below. Discuss reasons why these values are not identical. DO NOT talk about measurement errors. MacBook Air F10 F9 14 F8 F6 F7 F5 20 F3 PF4 F7 F2 A O 9 $ 7 a 5 W # 4 2 P O Y U R\fGrading 1. 000 sec Frame 60 60 fps D K 1. In this activity, you will analyze the motion of the kickball. When should you set your stopwatch to zero? The start of the video (frame O) MacBook Air1. You will need to make a total of four different graphs: 1. Horizontal position vs. time 2. Horizontal velocity vs. time 3. Vertical position vs. time 4. Vertical velocity vs. time Record your position data at even time interval (every 0.100s). Then select the correct values to graph so you can determine velocity at each time. You did this in the Free Fall Pivot. Be sure to use the same procedure. Remember that as long as you have all of your data in the data table, you can easily switch between the four different graph Hint: When calculating the velocity at each time use the value of the slope as indicated in the linear equation under your graph Remember to only include 3 data points: the point for the time interval and one on either side like you did in the Free Fall Vertical Velocity Time Horizontal Position --- Horizontal Velocity .- Vertical Position1-638 sec Frame 96 6811p:- \"i I: [w 1. In this activity, you will analyze the motion of the kickball. When should you set your stopwatch to zero? ~ ' ll upluau your new Image Save & Close Submit fo Hint: The diagram should have 5 ball positions. Score: 0/1 4. Discuss the horizontal motion of the kickball. Hint: When discussing motion be sure to include at minimum: . velocity in the horizontal only (v_x) . changes in velocity and why they are occurring are other variables affecting the velocity (may need to mention distance, time, acceleration, force, etc) support all observations referring to your graphs, vector diagram, and scientific understandings B Score: 0/1 MacBook Air DII F9 F10 F6 F7 F8 F5 20 F3 8 80 F4 F1 F2 A & O 9 18 @ # 3 4 5 6 2 O Y USave & Close Submit for B Score: 0/1 5. Discuss the vertical motion of the kickball. Hint: When discussing motion be sure to include at minimum: . velocity in the vertical only (v_y) . changes in velocity and why they are occurring are other variables affecting the velocity (may need to mention distance, time, acceleration, force, etc) support all observations by referencing your graphs, your vector diagram, and scientific understandings BIU ESEE Score: 0/2 MacBook Air DII F10 F8 F9 F7 F2 F3 898 F4 F5 F1 $ % 8 @ # A 5 6 2 U Rit Ques Save & Close Submit for Gr Score: 0/1 7. Is the value of the acceleration from your graph what you expect it to be? Calculate the percent deviation (equation is in the back of your textbook and the theoretical value in on your data sheet). Type in your calculation below. Discuss reasons why these values are not identical. DO NOT talk about measurement errors. Hint: Do not talk about measurement errors. To receive marks talk about other factors besides not measuring accurately. B U E E Score: 0/2 MacBook Air F9 F10 F7 F8 - F6 F5 20 F3 000 F4 F1 F2 A O 8 9 LA @ W # 4 5 6 2 P U