There is no set answer to your question. The power output depends on where the panels are located and what rating of panels you get. If you use a very low rated panel in poor sun it would be possible to cover a mall parking lot and not produce 3 kwh. On the other hand, if you use a high rated panel in good sun you could fit it on the roof of a house. Some areas of the world (just by their relationship to the equator) have more capacity to produce power due to increased sun intensity. 10ftx10ft of panels in India in good orientation to the sun could be tuned to produce double the power of the same panels in moderately good orientation in Alaska.
18 square meters is the same as 193.75 square feet.
These units arent compatible. square yard can be equivalent to square feet but not to feet.
1 acre = 43,560 square feet
600000 square feet
The area of 15 feet times 15 feet = 225 square feet.
Solar panels require approximately 80 to 100 square feet to produce 1 kilowatt or 1000 watts of AC Power. In some cases there is more room required for tilted panels to avoid inter panel shading. For example, a 15,000 square foot flat roof can usually accommodate a 125-150KW or larger system solar power system depending on the mounting method.
There is no general easy answer to how many panels are needed for your exact home. This depends on how much power you use, how much rainfall you receive in your location, and other factors. A solar panel can create 70 milliwatts of power per square inch, so completely changing an average home's power usage to solar would require a solar panel that measures about 285 square feet, or about 26 square meters. This would cost around $16000. Without decreasing your lifestyle's dependency on electricity, powering your home exclusively through solar power is difficult.
3600 inches is 300 feet, so if you square that, you get 90,000 square feet.
There are 9 square feet in a square yard, so 15 square yards = 15 x 9 square feet = 135 square feet.
Olympus Mons, which has a peak of 69,649 feet, is the largest volcano in the solar system. It is on the planet Mars.
A lot! The US Energy Information Administration says that the Vermont Yankee has a capacity of 620 megawatts during the summer. To generate 5 megawatts of solar power requires a solar farm about 30-35 acres large. Since 620 divided by 5 is 124, you would need 124 x 30 acres of solar plants. That comes to a total of 3,720 acres! One acre is 43,560 square feet. This means that it would require 162,043,200 square feet of solar farm to replace the facility which takes up less than one acre. And that's based on the low estimate. If you are looking for alternatives to the Vermont Yankee, I suggest you look elsewhere, because solar won't do it in Vermont.
About 15,950,000,000,000 square feet or 1.595 x 10 to the 13th power.
It is 5184 square feet.
10 cubic feet is 10 cubic feet regardless of the system. A square foot is 12x12x12 inches. It does not change.
The largest volcano in the solar system is Olympus Mons, which is located on Mars. The volcano Olympus Mons is nearly 75,000 feet tall.
If earth has 196,940,400 square miles of total surface area (land and water) as most of the websites indicate (some websites say 196,935,000 square miles). Multiply by 5,280 squared: 5,490,383,247,360,000 square feet (Or if the other websites are correct: 5,490,232,704,000,000 square feet) In any event, a little less than 5-1/2 quadrillion square feet. ===== As an aside, the largest body in the solar system (the Sun): Approximately 864,000 miles in diameter according to most sources. Comes out to 2,345,184,368,640 square miles of _extremely_hot_ 'surface' area. Or, a little more than 2-1/3 trillion square miles. Square feet? Try 65,379,987,902,693,376,000 square feet, (just as hot). Or, a little more than 65-1/3 quintillion square feet. Wouldn't be very much fun to count. Ugh! Get me some water!
Square feet are square feet. There is not a measure called radius square feet.