3. Calculate the Direct (ID) and Global (IG) Intensity of sun ray for the following locations if the air mass values are

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3. Calculate the Direct (ID) and Global (IG) Intensity of sun ray for the following locations if the air mass values are

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3 Calculate The Direct Id And Global Ig Intensity Of Sun Ray For The Following Locations If The Air Mass Values Are 1
3 Calculate The Direct Id And Global Ig Intensity Of Sun Ray For The Following Locations If The Air Mass Values Are 1 (20.51 KiB) Viewed 25 times
3 Calculate The Direct Id And Global Ig Intensity Of Sun Ray For The Following Locations If The Air Mass Values Are 2
3 Calculate The Direct Id And Global Ig Intensity Of Sun Ray For The Following Locations If The Air Mass Values Are 2 (16.85 KiB) Viewed 25 times
3. Calculate the Direct (ID) and Global (IG) Intensity of sun ray for the following locations if the air mass values are AM=1, AM=1.5, AM=2. Assume, a=0.14 [30 Marks] a. Death Valley, Nevada b. Denali, Alaska c. Miami Beach, Florida Hint: Consider the elevation of these places (h). Google to get the values. ID=1.353-[(1-ah)0.7AM¹ + ah]
4. How many gallons would have to be pumped into a tank raised 10 feet from the ground in order to be able to recover 1 kWh of electricity at a conversion efficiency of 100%, assuming the water is allowed to fall the entire 10 feet to operate the electrical generator? [10 marks]
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