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The Sun produces most of its energy through a set of reactions known as the Proton Proton Chain. Problem 25-94. (mass rate =) 4.404 × 10^9 kg/s You are correct. Your receipt no. is 153-5315 Help: Receipt Previous Tries (how many years will the sun last at this rate?) 4.52 × 10^16s Incorrect. Tries 3/22 Previous Tries Recall that the solar constant—the flux of solar energy reaching Earth’s vicinity—is about 1,400 W/m^2. If the Sun’s energy originates in the proton-proton cycle, at what rate (kg/s) does the Sun lose mass? Compare the yearly mass loss with the Sun’s total mass.

          The Sun produces most of its energy through a set of reactions known as the Proton Proton Chain. Problem 25-94.
(mass rate =) 4.404 × 10^9 kg/s
You are correct.
Your receipt no. is 153-5315 Help: Receipt Previous Tries
(how many years will the sun last at this rate?)
4.52 × 10^16s
Incorrect. Tries 3/22 Previous Tries Recall that the solar constant—the flux of solar energy reaching Earth’s vicinity—is about 1,400 W/m^2. If the Sun’s energy originates in the proton-proton cycle, at what rate (kg/s) does the Sun lose mass? Compare the yearly mass loss with the Sun’s total mass.

Added by Destiny A.

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