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Multiply the two dimensions to get the area. The calculation will give you 320 square feet.

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How do you calculate the weight of snow on a pitched roof?

To calculate the weight of snow on a pitched roof, you can use the formula: Weight = (Snow load in pounds per square foot) x (Pitch factor) x (Area of the roof in square feet). The snow load is usually provided by building codes or meteorological data, and the pitch factor accounts for the angle of the roof. It's important to consider these factors when estimating the weight of snow on a roof to ensure structural safety.


Need to fill 30000 gallon tank with water how much roof surface area do you need with one inch rain fall to fill the tank?

To calculate the roof surface area needed to fill a 30,000-gallon tank with one inch of rainfall, you will need to know the collection efficiency of your roof. A common value is around 90%. With that efficiency, you would need a roof surface area of approximately 6,667 square feet to collect enough water to fill the tank from a one-inch rainfall.


If you paint one square meter of roof white how much greenhouse gas do you save?

Painting one square meter of roof white can save around 55 kilograms of CO2 emissions per year by reflecting sunlight and reducing the need for air conditioning, which in turn reduces the electricity consumption associated with cooling the building.


What is the cost of copper roofing?

The cost of copper roofing can vary depending on the quality of the copper, the size of the roof, and installation fees. On average, copper roofing can cost between $15-$30 per square foot for materials and installation. It is considered a premium roofing material due to its durability and longevity.


What is the weight of 1.38 inches of rain water on a roof 114 feet by 150 feet.?

First, you must make all the units consistent. I chose to convert inches to feet. So, 1.38 inches equals 0.115 feet. Next, you must calculate the volume of water. To do that, multiply the three dimensions: 0.115 x 114 x 150 = 1966.5 cu ft. If we know how much a cubic foot of water weighs, we could directly calculate the weight of the water on the roof. But let's say that we only know the weight of a gallon of water. So, we must convert from cubic feet to gallons. A cubic foot of water contains 7.5 gallons. So, 1966.5 x 7.5 = 14748.75. Now, to calculate the weight, we multiply that figure by the weight of a single gallon of water, which is 8.34 pounds. So, 14748.75 x 8.34 = 123004.575, which we can round to 123,005 pounds. At first blush, that seems like a lot. But is it? Just to take this question a step beyond what the question asked, let's calculate the loading on the roof. The area of the roof is 114 x 150 = 17100 sq ft. If we divide the weight of the water by that amount, we can determine the load on the roof in pounds per square foot. So, 123005 / 17100 = 7.2 pounds per sq ft. That's less than the weight of one gallon per sq ft. Seems reasonable to me. Follow-up: I haven't done extensive research on this, so perhaps someone else will read this and modify it if it's wrong, but roofs are designed to withstand about 30 pounds per sq ft of loading due to snow or standing water. So, seven or eight pounds per sq ft should be no problem.