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Solar photons (light) also generate a momentum flux; even though the photons themselves are massless. The momentum flux is found by F = E/ C, where E is the 'solar constant' introduced in Homework #2 (E = 1370 W/m?) and c is the speed of light. Calculate the momentum flux due to photons at 1 AU; report your answer using scientific notation to 2 significant digits. The solar photon momentum flux at 1 AU is N/m?.

Solar photons (light) also generate a momentum flux; even though the photons themselves are massless. The momentum flux is found by F = E/ C, where E is the 'solar constant' introduced in Homework #2 (E = 1370 W/m?) and c is the speed of light. Calculate the momentum flux due to photons at 1 AU; report your answer using scientific notation to 2 significant digits. The solar photon momentum flux at 1 AU is N/m?.

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Solar photons (light) also generate a momentum flux; even though the photons themselves are massless. The momentum flux is found by F = E/ C, where E is the 'solar constant' introduced in Homework #2 (E = 1370 W/m?) and c is the speed of light. Calculate the momentum flux due to photons at 1 AU; report your answer using scientific notation to 2 significant digits. The solar photon momentum flux at 1 AU is N/m?.
Transcribed Image Text:Solar photons (light) also generate a momentum flux; even though the photons themselves are massless. The momentum flux is found by F = E/ C, where E is the 'solar constant' introduced in Homework #2 (E = 1370 W/m?) and c is the speed of light. Calculate the momentum flux due to photons at 1 AU; report your answer using scientific notation to 2 significant digits. The solar photon momentum flux at 1 AU is N/m?.
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