PLEASE All QUESTION NOT ONLY 1 I NEED ALL WITH STEP BY STEP ANSWERS FOR EACH QUESTION FROM 1 TO 8 DO NOT SKIP ANY

1. Draw FBD's of the bolded object in the following situations [1 mark each]: a. A sky diver jumps out of an airplane, and opens his parachute b. A sign is being held up to the ceiling by 2 cables, one at 45 and one at 30 c. A race car accelerates down the track

2. Draw and label 2 different situations (i.e. pointing in different directions) involving a normal force, FN. [2 marks]

3.A 55.0 kg lady is sitting on a 20.0 kg chair. A 6.00 kg cat jumps into the lady's lap. Determine the normal force the floor supplies for the chair. [2 marks]

4. 4. The suspended package shown at the right has a mass of 185 kg. Determine the Tension in the 2 cables using component vector analysis. [3 marks]

Please see the picture below for reference

6. A 12.8 kg object is dropped from a height of 5.000 km. It has a drag coefficient of 0.985 and a cross sectional area of 1.15 m2 . The air density is 1.20 kg/m3 . Determine the terminal velocity of the object. [3 marks]

7. A 44.0 kg object has a terminal velocity of -125.0 m/s. What Drag Force is it experiencing when it is traveling at terminal velocity. [2 marks]

The immage is with reference to question 5

Paidcan.com/ 51208beda4613/3145243?X-Blackboard-SB-Bucket=learn-ca-central-1-pr 2 /2 - 100% + PHYSICS 30 BODIES IN EQUILIBRIUM 5. Determine the tension in cable AC and BC using component vector analysis. [6 marks] 70.0 B C 1 73.0 85.0 kg