A 12 kg space rock with velocity vector v1 = 7 i (m/s) collides with and sticks to an 22 kg space rock with velocity vector v2 = 21 j (m/s). Calculate the final speed of the pair, in m/s. (Please answer to the fourth decimal place - i.e 14.3225)
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A 12 kg space rock with velocity vector v1 = 7 i (m/s) collides with and sticks to an 22 kg space rock with velocity vector v2 = 21 j (m/s). Calculate the final speed of the pair, in m/s.
(Please answer to the fourth decimal place - i.e 14.3225)
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- A 9 kg space rock has velocity vector v = 19 i (m/s). It collides with a second 15 kg space rock, which is initially at rest. The second rock is then observed to fly away with a speed of 5 m/s in a direction that is 31 degrees below the horizontal. Calculate the final speed of the first space rock, in m/s. (Please answer to the fourth decimal place - i.e 14.3225)An object has a kinetic energy of 284 J and a momentum of magnitude 21.8 kg · m/s. (a) Find the speed of the object. m/s (b) Find the mass of the object. kgPlease don't provide handwritten solution .... At time t1 = 16 s, a car with mass 1300 kg is located at <117, 0, 28> m and has momentum <6000, 0, -3600> kg · m/s. The car's momentum is not changing.At time t2 = 21 s, what is the position of the car?
- Find the magnitude of the linear momentum for the following cases. (Enter your answers in kg · m/s.) A) an electron with mass 9.11 ✕ 10−31 kg, moving with a speed of 6.00 ✕ 106 m/s B) a 16.0-g bullet moving with a speed of 250 m/s C) a 70.0-kg athlete running with a speed of 12.5 m/s D) the Earth (mass = 5.98 ✕ 1024 kg) moving with an orbital speed equal to 2.98 ✕ 104 m/s.An astronaut floating at rest in space has run out of fuel in her jetpack. She realizes that throwing tools from her toolkit in the opposite direction will help propel her back toward the space station. If the astronaut has a mass of 85 kg and she throws a hammer of mass 4.5 kg at a speed of 4 m/s, what will be the approximate resultant velocity that carries her back to the space station?i need the answer quickly
- = 1. Sphere A has mass ma = 0.05 kg, velocity magnitude va = 2.0 m/s making an angle 30° with the + axis. Sphere B has mass m₁ = 0.03 kg, velocity magnitude Vb = 3.0 m/s and moves along the +y axis. Sphere C has mass mc 0.04 kg, velocity magnitude vc = 4.0 m/s and moves along the +x axis. See figure. They are all approaching the origin as they slide on a frictionless surface. The three spheres arrive at the origin at the same time and stick together. (a) What is the final velocity of the combined object? (b) How does the final kinetic energy compare to the kinetic energy before the collision? y m a m mb XPlease helpA bullet with a mass of 3.08 g moves at a speed of 1.50 ✕ 103 m/s. If a tennis ball of mass 57.2 g has the same momentum as the bullet, what is its speed (in m/s)?
- Don't use chat gptA particle with mass 7.97 kg has a velocity component of -6.83 m/s on the x-axis. What is the x-component of its momentum in kg m/s?An unfortunate astronaut loses his grip during a spacewalk and finds himself floating away from the space station, carrying only a rope and a bag of tools. First he tries to throw a rope to his fellow astronaut, but the rope is too short. In a last ditch effort, the astronaut throws his bag of tools in the direction of his motion, away from the space station. The astronaut has a mass of ma = 102 kg and the bag of tools has a mass of mp = 19.0 kg. If the astronaut is moving away from the space station at Vj = 2.10 m/s initially, what is the minimum final speed vp.f of the bag of tools with respect to the space station that will keep the astronaut from drifting away forever? Ub.f = m/s