**Problem Statement: Asteroid Collision Analysis**Two asteroids collide and stick together. The first asteroid has a mass of \(15 \times 10^3 \, \text{kg}\) and is initially moving at \(770 \, \text{m/s}\). The second asteroid has a mass of \(20 \times 10^3 \, \text{kg}\) and is moving at \(1020 \, \text{m/s}\). Their initial velocities made an angle of \(20^\circ\) with respect to each other. **Questions:**1. What is the final speed and direction with respect to the velocity of the first asteroid?2. How much thermal energy is generated in the collision?

Answered: Image /qna-images/answer/f34dc9f4-5c0c-4bdb-ad42-37ad2130c3b4.jpg

Answered: 3. Two asteroids collide and stick…

Similar questions

In Lorentz transformation appears the Lorentz factor denoted by the Greek letter Y. This Lorentz factor Select one: a. depends on the relative speed between two inertial reference frames. b. depends on the location of the event as seen by two inertial reference frames. depends on the velocity of the particle on which we want to perform the transformation. c. d. depends on the speed of the particle on which we want to perform the transformation. e. is an invariant constant of nature. ⚫ f. depends on the relative velocity between two inertial reference frames. ×
Hello, I need some help with this problem?
8) Can an object have momentum without having energy? Explain. An object cannot have momentum without having energy. This is because
1) A 5-kg particle's momentum is (211, 329) kg*m/s. Calculate its kinetic energy. 2)Calculate the x-component of vSJ. vS = 6 km/s vJ = 9 km/s θ = 23o 3) In Jupiter's frame, the incoming spacecraft is moving rightward and upward, at 45o. The outgoing spacecraft, having already flown by, is going at the same relative speed, but leftward and upward, also at 45o. (See the figures.) You are going to transform back to the sun's frame and calculate the final outgoing speed. You need to follow several steps: Calculate the vector components of the outgoing vSJ. Add Jupiter's vector velocity to get the outgoing vS. Finally calculate the outgoing speed, vS = |vS| in km/s. Enter that as the final answer. use these parameters: vSJ = 4 km/s vJ = 8 km/s
13
2. An alternative derivation of the mass-energy formula E, = moc² also given by Einstein, is based on the principle that the location of the center of mass (CM) of an isolated system cannot be changed by any process that occurs inside the system. The Figure below shows a rigid box of length L that rests on a frictionless surface; the mass M of the box is equally divided between its two ends. A burst of electromagnetic radiation of energy E, is emitted by one end of the box. According to classical physics, the radiation has the momentum p = "0%c , and when it is emitted, the box recoils with the speed v z Eo/ so that the total momentum of Mc the system remains zero. After a time t z L/c the radiation reaches the other end of the box and is absorbed there, which brings the box to a stop after having moved the distance S. If the CM of the box is to remain in its original place, the radiation must have transferred mass from one end to the other. Show that this amount of mass is m, = c2.