Fo reach object below, draw a clear Free Body Force Diagram. Label all forces that act on the object such as mg, T, n, etc. Label the appropriate axes, such as x, y, and r. Use a ruler to draw the vectors. Include friction in all cases where an objects slides against another. All pulleys are massless and frictionless. Draw on object in this page 1. Static 2. Static 3. Static only . 4. Static 5. Block in free fall 6. Falling at terminal velocity 7. Static 8. Sliding at constant speed | 9. Decelerating due to without friction friction 1111 1111 10. Static 11. Sliding without friction 12. Static friction prevents sliding Page 1 of 11 Scanned with CamScannerDraw all diagrams in the right box I 1. Static. Draw FBD for the bag and the point where the three ropes connect. 2. Static. Draw FBD for each mass including the scale. 3. Static. Draw FBD for each mass including the scale. 5 kg 5 kgDraw here to 4. Static. Draw FBD for each mass including the scale. 5 kg 130 5a. Block slides right Figure.P5.45 5b. Block slides up. 50 P 6. Draw FBD for the car which is moving at constant speed 50.09%7. Draw FBD for the middle mass (m2). ma ma m 8. Draw FBD for each pulley. Simplify equal tensions with one symbol T. O. TI T2 TDraw 9. Draw FBD for the child who moves up at constant speed. 10. Draw FBD for the right mass. T mz 11. Draw FBD for the accelerating right mass. 8 kg -F 2 kg12. Draw FBD for all masses. The left mass I kg accelerates downward. O- 4 kog 2 kg 13. Draw FBD for Pulley 1. m, 14. A block slides downhill with friction. 15. The left mass is moving down. Draw FBD for each mass. Include friction. m, Page 6 of 11Draw b 16. Draw F.BD for the right mass accelerating downhill. 3.5 35 35 17. Draw FBD diagram for both the masses. Consider friction between the table and the 2 kg block. 5 kg 18. Draw FBD diagram for the two masses on the right. 4 kg 5 kg 3 kg Page 7 of 1 1another. 1a. Draw FBD for the car at the bottom of the hill. 1b. Draw FBD for the car at the top of the loop the loop. Frank Carin/FPG International Figure P6.18 2. A car rounds a bump at constant speed. 3. The car has constant acceleration. Draw FBD for the block. No friction. Scale reading is constant = 10 N. 5.00 kg Page 8 of 11Draw v 4. Conical pendulum moves in a circle at constant speed. 5. Helicopter moves at constant speed through the air. Draw FBD for the bucket. Angle is constant. Include R = air 40.0 m/s resistance. 20.0 m 40.0 620 kg 6. Bottom mass is stationary. No friction. Draw FBD for each mass. R 17. A disk rotates at constant speed. The block and penny are held by friction. Draw FBD for the block. Disk Penny Block 8. A person is up against a rotating wall. Does not slide up or down. 9. Draw FBD for the skier on the hill as he is sliding down.Draw A 10. A jet is flying in a circle at constant speed. Draw FBD for the jet at the top and the bottom of the path. R 11. Pendulum at points A, B, and C. A B C Figure Q6.5 12. Clothes spinning in a dryer at the top, bottom, left, and right sides. Figure P6.42