hifts in the light emitted from each side of a rapidly spinning y star of radius 2.5 x 108 km is blue-shifted on one side of the star and redshifted on the other side. Assume the center of mass of the star is stationary relative to Earth. If the star emits light of wavelength 525 nm that is shifted, in the received light, to 523 tar and to 527 nm on the other side, what is the rotational period of the A) It is possible to detect Doppler 5 star. Suppose the light from a nearb nm on one side of the 3 star? A) 34 days L32 days C) 24 days D) 16 days B) It is possible to detect Doppler shis in the light emitted from each side of a rapidly spinning star. Suppose the light from a nearby star of radius 2.5 x 108 km is blue-shifted on one side of the star and red-shifted on the other side. Assume the center of mass of the star is stationary relative to Earth. If the rotational period of the star is 72 h and the star emits (unshifted) light of wavelength 525 nm, what is the wavelength of the light received on Earth om the side of the star rotating towel-rd us? 'A) 536 nm 1;):504 nm C) 530 nm D) 520 nm E) 546 nm F) 514 nm