Two ice skaters, each with a mass of 72.0 kg, are skating at 6.10 m/s when...

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Two ice skaters, each with a mass of 72.0 kg, are skating at 6.10 m/s when they collide and stick together. If the angle between their initial directions was 107°, determine the components of their combined velocity (in m/s) after the collision. (Let the initial motion of skater 1 be in the positive x-direction and the initial motion of skater 2 be at an angle of 107° measured counterclockwise from the positive x-axis.) Vx₁ f = 6.048 X Since the skaters are on ice, no net external force is acting on them during the collision and momentum is conserved. What is the initial total x component of momentum of the system of both skaters? After the collision, the skaters stick together and move as one object; what is the mass of this object? Use conservation of momentum to relate the initial and final x components of momentum. m/s X Since the skaters are on ice, no net external force is acting on them during the collision and momentum is conserved. What is the initial total y component of momentum of the system of both skaters? After the collision, the skaters stick together and move as one object; what is the mass of this object? Use conservation of momentum to relate the initial and final y components of momentum. m/s Two ice skaters, each with a mass of 72.0 kg, are skating at 6.10 m/s when they collide and stick together. If the angle between their initial directions was 107°, determine the components of their combined velocity (in m/s) after the collision. (Let the initial motion of skater 1 be in the positive x-direction and the initial motion of skater 2 be at an angle of 107° measured counterclockwise from the positive x-axis.) Vx₁ f = 6.048 X Since the skaters are on ice, no net external force is acting on them during the collision and momentum is conserved. What is the initial total x component of momentum of the system of both skaters? After the collision, the skaters stick together and move as one object; what is the mass of this object? Use conservation of momentum to relate the initial and final x components of momentum. m/s X Since the skaters are on ice, no net external force is acting on them during the collision and momentum is conserved. What is the initial total y component of momentum of the system of both skaters? After the collision, the skaters stick together and move as one object; what is the mass of this object? Use conservation of momentum to relate the initial and final y components of momentum. m/s

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Solution 1 Initial Momentum Components Skater 1 Vx1 610 ms given positive xdirection Vy1 0 ms since ... View the full answer