You Observe a Binary Star System and Find That Star

Question

Examlex · Accepted Answer

The Answer is The ratio of masses of stars in a binary system is simply inversely proportional to the ratio of velocities:

The ratio of masses of stars in a binary system is simply inversely proportional to the ratio of velocities: .Therefore, .Using Kepler's third law,we can calculate the sum of the masses: .Solving for the individual masses gives ,and .

.Therefore, The ratio of masses of stars in a binary system is simply inversely proportional to the ratio of velocities: .Therefore, .Using Kepler's third law,we can calculate the sum of the masses: .Solving for the individual masses gives ,and .

.Using Kepler's third law,we can calculate the sum of the masses: The ratio of masses of stars in a binary system is simply inversely proportional to the ratio of velocities: .Therefore, .Using Kepler's third law,we can calculate the sum of the masses: .Solving for the individual masses gives ,and .

.Solving for the individual masses gives The ratio of masses of stars in a binary system is simply inversely proportional to the ratio of velocities: .Therefore, .Using Kepler's third law,we can calculate the sum of the masses: .Solving for the individual masses gives ,and .

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You Observe a Binary Star System and Find That Star

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