A distant quasar is receding from the Earth at 0.900 c (where c is the speed of light). The quasar emits a jet of charged particles directed toward the Earth at a speed of 7.63E+7 m/s relative to the quasar and another jet ejected at equal speed directly away from Earth. What is the difference in the velocities of the two jets of particles relative to Earth? Define your coordinates so that positive velocities are directed away from Earth. m/s

A distant quasar is receding from the Earth at 0.900 c (where c is the speed of light). The quasar emits a jet of charged particles directed toward the Earth at a speed of 7.63E+7 m/s relative to the quasar and another jet ejected at equal speed directly away from Earth. What is the difference in the velocities of the two jets of particles relative to Earth? Define your coordinates so that positive velocities are directed away from Earth. m/s

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A distant quasar is receding from the Earth at 0.900 c (where c is the speed of light). The quasar emits a jet of charged particles directed toward the Earth at a speed of 7.63E+7 m/s relative to the quasar and another jet ejected at equal speed directly away from Earth. What is the difference in the velocities of the two jets of particles relative to Earth? Define your coordinates so that positive velocities are directed away from Earth. m/s

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