This is more then likely wrong but for part B i said 70% of power had to be transferred back to maintain equilibrium so therefore 239.4 W/m^2
And for Part C I used T^4 = P/(e*"boltz constant"*Area)
Which then became
T = 4Sqrt(239.4 W/m^2/(0.602*5.67*10^-8*4*pi*6378000m^2)
Hey guys having some trouble with this question its a new topic in my course
The Earth receives solar radiation at a rate of 342 W/m2 averaged over the total surface of the Earth. About
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Homework Statement
If a long jumper at the top of his trajectory is moving at 6.5 m/s (horizontally) and his centre of mass is 1.1m abover where it was when he launched into the jump, how fast must he have been moving when he launched?
Homework Equations
Vx = Vox + ax*t
The...
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The question is
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Question is..
Steve and Mark are playing a game of...