How much energy is conducted through the walls of your house in this three-month period? Assume it is not a leap year. _____J
PLEASEEE HELP The outer walls of your house have an R-value of 84.0 K m2 / W, and a total area of 2000 m2. Lets assume that, from the beginning of December to the end of February, the temperature outside the house is 0°C while you set your thermostat to maintain a constant temperature of 22°C inside the house.
(a) How much energy is conducted through the walls of your house in this three-month period? Assume it is not a leap year. _____J
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Order Paper Now(b) How much energy would be conducted through the walls if you lowered the thermostat so as to maintain a constant temperature of 20°C? _____J
(c) Every kW-h (kilowatt-hour) of energy costs 20 cents. First, convert 1 kW-h to joules, and then determine how much money you would save by keeping your thermostat at 20°C for the three months. ____$
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