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### Lec36 Fill In Notes (1)

Course: CEE 3040, Fall 2010
School: Cornell
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Word Count: 155

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Fill Lec36 In Notes Solar energy: Max current flow: 2.5 x 1021 electrons per second [e/s] Def: 1 ampere = 1 A = 6.241 x 1018 e/s Distribution of photon energy (approx) ~ Weibull (3,3) where x is energy in 10-19 joule Example: What percent of photons have energy &lt; 1 x 10-19 J? Let x = 1 P(X &lt;= 1) = 1 exp(-(1/3)^3) = 0.036 For PV panel power Recall (from physics): Power = Current * Voltage Example:...

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Fill Lec36 In Notes Solar energy: Max current flow: 2.5 x 1021 electrons per second [e/s] Def: 1 ampere = 1 A = 6.241 x 1018 e/s Distribution of photon energy (approx) ~ Weibull (3,3) where x is energy in 10-19 joule Example: What percent of photons have energy < 1 x 10-19 J? Let x = 1 P(X <= 1) = 1 exp(-(1/3)^3) = 0.036 For PV panel power Recall (from physics): Power = Current * Voltage Example: Suppose current = 1 A/m2 , voltage = 0.5 V Then P = IV = 0.5 watt/m2 Wind energy Recall physics): (from Energy = Power * Time [e.g., watts * hours = watt-hours] Define = density of air 1.1 kg/m3 hbin = number of hours/yr in bin Vbin as bin avg wind speed [m/s] A = swept area of wind turbine [m3] Then energy in bin Ebin equals [watt-hr/yr]: Empirical Ebin: download table of hours from web Theoretical Ebin: use Weibull CDF. See Lec.18 Let xlo & xhi = lower and upper windspeeds for bin, resp.; xavg = average of xlo & xhi Then >>> simplify and solve
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beef Good Price % in beef = 0.572 \$20 Haircuts per Week Qrevenue = \$5,400 - \$5,250 Change = \$150 \$16 Manicures per Week \$12 \$8% P = -.50(3.00 3.50)/(3.25) -1.30 .2927Q/(-.1538) /% Pbeef =% = % Qchicken % Q = Q % .1999 = .2929 x 10. chicken Revenue before