Dont ignore pleaseneed only correct answers no explanation. Just answer upload. Donti ignore plz solve all 12.413.14.Submit AnswerDETAILS WAMODPHYS1 2.P.032.A space probe speeding toward the nearest star moves at 0.290c and sends radio information at a broadcast frequency of 2.35 GHz. What frequency (in GHz) is received on Earth?GHzSubmit AnswerDETAILSA train with a monochromatic headlight is approaching you at a speed ofwavelength (in nm) to be?nmWAMODPHYS1 2.P.033.DETAILSWAMODPHYS1 2.P.034.--- TEACHER 11.MICE ANOTHERHc. If a student on the train measures the wavelength of the light to be 590 nm, what do you measure the15MY NOTES 11NOTHERExcited hydrogen atoms emit 22.5 cm microwaves. A planet known to have an abundance of hydrogen in its atmosphere is moving away from the Earth and it is determined (on Earth)that light assumed to be from the hydrogen has a wavelength of 27/2 cm. Determine the speed of the planet relative to the Earth in terms of cE AN JER

Apparent frequency received by observer

*** TEACHER ICE ANOTH A space probe speeding toward the nearest star moves at 0.290c and sends radio information at a broadcast frequency of 2.35 GHz. What frequency (in GHz) is received on Earth? GHz 13. [ 14. Submit Answer DETAILS Submit Answer A train with a monochromatic headlight is approaching you at a speed of wavelength (in nm) to be? nm WAMODPHYS1 2.P.033. DETAILS WAMODPHYS1 2.P.034. E ANO JE If a student on the train measures the wavelength of the light to be 590 nm, what do you measure the MY NOTES 1100 NOTHER Excited hydrogen atoms emit 22.5 cm microwaves. A planet known to have an abundance of hydrogen in its atmosphere is moving away from the Earth and it is determined (on Earth) that light assumed to be from the hydrogen has a wavelength of 27/2 cm. Determine the speed of the planet relative to the Farth in terms of

*** TEACHER ICE ANOTH A space probe speeding toward the nearest star moves at 0.290c and sends radio information at a broadcast frequency of 2.35 GHz. What frequency (in GHz) is received on Earth? GHz 13. [ 14. Submit Answer DETAILS Submit Answer A train with a monochromatic headlight is approaching you at a speed of wavelength (in nm) to be? nm WAMODPHYS1 2.P.033. DETAILS WAMODPHYS1 2.P.034. E ANO JE If a student on the train measures the wavelength of the light to be 590 nm, what do you measure the MY NOTES 1100 NOTHER Excited hydrogen atoms emit 22.5 cm microwaves. A planet known to have an abundance of hydrogen in its atmosphere is moving away from the Earth and it is determined (on Earth) that light assumed to be from the hydrogen has a wavelength of 27/2 cm. Determine the speed of the planet relative to the Farth in terms of