4. Tarzan swings down holding onto a 10 m long vine and picks Janeup as shown in the diagram to the right. a) Calculate Tarzan'sspeed just before he reaches Jane. b) What is their combinedspeed just after the collision? c) What is the tension in the vinejust after the collision? d) How high do they swing after thecollision? [14.14 m/s; 8.7 m/s; 2284.6 N; 3.379 m]Tarzan - 80 kg90°10 mJane50 kg5. A 5 kg block is suspended from a 200 N/m spring. A 2 kg block istravelling at 10 m/s when it collides elastically with the 5 kg block.(a) What is the initial stretch of the spring? How much potentialenergy is stored in the spring at equilibrium? [6.25 J]Naturallength(b) What are the velocities of the 5 kg and 2 kg blocks just after thecollision? [5.71 m/s and -4.29 m/s]Equilibriumlength(c) What is the compression/stretch of the spring from its "natural"length at the instant the 5 kg block's speed is zero? [0.653 m]10m/s atcollision

Answered: Image /qna-images/answer/a3b63aa2-a85b-4f73-a23c-8b5b45e0adf8.jpg

4. Tarzan swings down holding onto a 10 m long vine and picks Jane up as shown in the diagram to the right. a) Calculate Tarzan's speed just before he reaches Jane. b) What is their combined speed just after the collision? c) What is the tension in the vine just after the collision? d) How high do they swing after the collision? [14.14 m/s; 8.7 m/s; 2284.6 N; 3.379 m] Tarzan - 80 kg 90 10 m Jane 50 kg

4. Tarzan swings down holding onto a 10 m long vine and picks Jane up as shown in the diagram to the right. a) Calculate Tarzan's speed just before he reaches Jane. b) What is their combined speed just after the collision? c) What is the tension in the vine just after the collision? d) How high do they swing after the collision? [14.14 m/s; 8.7 m/s; 2284.6 N; 3.379 m] Tarzan - 80 kg 90 10 m Jane 50 kg