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situation in B show that momentum is not conserved. Explain why it is not conserved and others A, C and D momentum conserved
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- Can you explain very detail, how the momentum conserved on this situation (D) .Problem: A force of 600 Newtons acts on a ball for 1.5 seconds after being hit by a volleyball player. Answer the following questions and write a proper solution: A. What is the change in momentum of the ball? B. If the ball has a mass of 275 grams, what is its velocity?If you toss a ball upward, is the momentum of the moving ball conserved? Is the momentum of the system consisting of ball + Earth conserved? Explain your answers.
- Part C: Evaluate the numerical value of the final momentum of the t-shirt using the results from Parts A and B.1. The velocity vectors pointing left are negative. What does the negative sign represent? 2. Discuss what is meant by an isolated system and how it is related to the law of conservation of momentum.A light cart, moving to the right and a heavy cart, moving to the left at the same speed, collide and stick together. Which direction will the carts travel after the collision? a) To the left b) To the right c) The carts will not move. d) Impossible to determine without knowing the speed.
- A 5.0 kg particle is moving with a velocity v(t) = (4.0î + 6.0tĵ) m/s. (Assume momentum is in kg · m/s, force is in newtons, and t is in seconds. Express your answers in vector form. Use the following as necessary: t. Do not include units in your answers.) What is the momentum (as a function of time) of this particle? What is the net force acting on this particle?(a) State the Law of Conservation of Momentum. Deduce it from Newton’s second law of motion. (b) Give reason for the following: (i) An air-filled balloon rise up slightly when punctured from below? (ii) A swimmer push water backward with his hands, in order to swim in forward direction?1. With the 3rd table, find the ratio of the total momentum before and after each collision. 2. Is the momentum conserved in all the collisions? _____ Does your data show this? _____ Car l : 0.5146 kg Car 2: 0.5197 kg
- A truck is chasing a bicycle along a highway. Both have the same momentum. Will the truck catch up with the bicycle? Explain your reasoning. Can you include a drawing too if possible for my understanding purposesTwo objects collide and bounce apart. Shown is the initial momentum of each object and the final momentum of object 2. What is the final momentum of object 1? Show your answer by copying the figure and drawing the final momentum vector on the figure.A. Carl (person 1) walks 100 m North and 300 m East 45 degrees NE. How many meters the distance traveled by Carl? How many meters is the displacement? B. If you calculated the displacement. Then what is the velocity? If carl (person 1) walks 400 m. In 3 minutes C. Both Carl and Kim (person 2) have walk the same distance, the same displacement and the same velocity If the Carl has mass of 50 kgs. And the kim has mass of 65 kgs. Which person has a greater momentum?