gravity)!6. Consider a star of radius R and mass M. Suppose light of wavelength A, is emittedfrom the surface of the star. What wavelength A would we see this light to be, assumingwe are approximately an infinite distance from the star and are at rest with respect tothe star? (An approximate formula, such as in the book, is fine).Short AnswerSeach]No justification is required for the answers to any of the following questions. Also, no num-bers are required for these questions: In case any formulas are required in the answer, pleasekeep them in terms of fundamental constants without substituting in the values of these fun-damental constants.

Given: Radius of star is R Mass is M Wavelength is λ

SI 6. Consider a star of radius R and mass M. Suppose light of wavelength A, is emitted from the surface of the star. What wavelength A would we see this light to be, assuming we are approximately an infinite distance from the star and are at rest with respect to the star? (An approximate formula, such as in the book, is fine).

SI 6. Consider a star of radius R and mass M. Suppose light of wavelength A, is emitted from the surface of the star. What wavelength A would we see this light to be, assuming we are approximately an infinite distance from the star and are at rest with respect to the star? (An approximate formula, such as in the book, is fine).