Tarzan (83kg) is swinging on a vine that is 0.8 meters long into the waiting arms of Jane below. The net force on Tarzan as he swings is 230N. Unfortunately for him, he misjudges his swing and instead slams into a tree when the vine is completely vertical. His impact with the tree lasts 0.2 seconds, and Jane is not impressed. You can assume he puts a constant force on the tree as he crashes. To make matters worse, after slamming to a stop, he slides down the tree at a constant acceleration of magnitude 0.9m/s1. what is tarzan’s velocity right before he hits the tree? (Round to the hundredths place and use the rounded value for the rest of the problem)2. what is the magnitude of the force that the tree puts on Tarzan? 3. What is the magnitude of the frictional force between Tarzan and the tree as he slides down? 4. What is Tarzan’s kinetic energy 0.6 seconds after he begins sliding down the tree? 5. What is Tarzans momentum 0.6 seconds after he begins sliding down the tree? PrevPresentShareJOFLast edit was made 7 d...Tarzan (83 kg) is swinging on a vine that is 0.8 meters long into the waiting arms of Janebelow. The net force on Tarzan as he swings isN. Unfortunately for him, he misjudgeshis swing and instead slams into a tree when the vine is completely vertical. His impact withthe tree lasts 0.02 seconds, and Jane is not impressed. *You can assume he puts a constantforce on the tree as he crashes*To make matters worse, after slamming to a stop, he slidesdown the tree with a constant acceleration of magnitudem/s.What is Tarzan's velocity right before he slams into the tree?ROUND THIS VALUE TO THE HUNDREDTHS PLACE AND USE THIS ROUNDED VALUE FOR THE REST OF THEPROBLEMIWhat is the magnitude of the force that the tree puts on Tarzan?a.b.C.What is the magnitude of the frictional force between Tarzan and the tree as heslides down?d. What is Tarzan's kinetic energy 0.6 s after he begins sliding down the tree?What is Tarzan's momentum 0.6 s after he begins sliding down the tree?

Given, Mass= 83kg The net force on Tarzan, F= 230N Time, t=0.2s

Tarzan (83 kg) is swinging on a vine that is 0.8 meters long into the waiting arms of Jane below. The net force on Tarzan as he swings is N. Unfortunately for him, he misjudges his swing and instead slams into a tree when the vine is completely vertical. His impact with the tree lasts 0.02 seconds, and Jane is not impressed. *You can assume he puts a constant force on the tree as he crashes*To make matters worse, after slamming to a stop, he slides down the tree with a constant acceleration of magnitude m/s*. What is Tarzan's velocity right before he slams into the tree? ROUND THIS VALUE TO THE HUNDREDTHS PLACE AND USE THIS ROUNDED VALUE FOR THE REST OF THE a. PROBLEM! b. What is the magnitude of the force that the tree puts on Tarzan? What is the magnitude of the frictional force between Tarzan and the tree as he C. slides down? d. What is Tarzan's kinetic energy 0.6 s after he begins sliding down the tree? What is Tarzan's momentum 0.6 s after he begins sliding down the tree? e.

Tarzan (83 kg) is swinging on a vine that is 0.8 meters long into the waiting arms of Jane below. The net force on Tarzan as he swings is N. Unfortunately for him, he misjudges his swing and instead slams into a tree when the vine is completely vertical. His impact with the tree lasts 0.02 seconds, and Jane is not impressed. You can assume he puts a constant force on the tree as he crashesTo make matters worse, after slamming to a stop, he slides down the tree with a constant acceleration of magnitude m/s*. What is Tarzan's velocity right before he slams into the tree? ROUND THIS VALUE TO THE HUNDREDTHS PLACE AND USE THIS ROUNDED VALUE FOR THE REST OF THE a. PROBLEM! b. What is the magnitude of the force that the tree puts on Tarzan? What is the magnitude of the frictional force between Tarzan and the tree as he C. slides down? d. What is Tarzan's kinetic energy 0.6 s after he begins sliding down the tree? What is Tarzan's momentum 0.6 s after he begins sliding down the tree? e.