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You are observing a different star which has a normal measured flux of 29.7 photons per second. The brightness of the star also shows regular dips. During each dip, the brightness of the star decreases by 0.38610000000000033 photons per second. Transits repeat every 4.9 days. If the star also has a radius of 4.1x10^8m, a mass of 1.6x10^30 kg and a luminosity of 1.3x10^26 W, how far (in metres) is the planet from the centre of the star?

You are observing a different star which has a normal measured flux of 29.7 photons per second. The brightness of the star also shows regular dips. During each dip, the brightness of the star decreases by 0.38610000000000033 photons per second. Transits repeat every 4.9 days. If the star also has a radius of 4.1x10^8m, a mass of 1.6x10^30 kg and a luminosity of 1.3x10^26 W, how far (in metres) is the planet from the centre of the star?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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detail answer please i will give you 2 likes on You are observing a different star which has a normal measured flux of 29.7 photons per second. The brightness of the star also shows regular dips. During each dip, the brightness of the star decreases by 0.38610000000000033 photons per second. Transits repeat every 4.9 days. If the star also has a radius of 4.1x10^8m , a mass of 1.6x10^30 kg and a luminosity of 1.3x10^26 W, how far (in metres) is the planet from the centre of the star?
Transcribed Image Text:detail answer please i will give you 2 likes on You are observing a different star which has a normal measured flux of 29.7 photons per second. The brightness of the star also shows regular dips. During each dip, the brightness of the star decreases by 0.38610000000000033 photons per second. Transits repeat every 4.9 days. If the star also has a radius of 4.1x10^8m , a mass of 1.6x10^30 kg and a luminosity of 1.3x10^26 W, how far (in metres) is the planet from the centre of the star?
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