A bundle of 3-tab shingles typically covers about 33.3 square feet. When calculating linear feet for capping, it depends on the length of the roof's edge. Generally, if you're using 3-tab shingles for capping, you would need to determine the total linear feet of the edge to be capped and divide by the coverage per bundle to find how many bundles are required.
It will cover an area of approximately 408.33 square feet.
None. A linear foot is a measure of distance. It is a 1-dimensional concept so it has length but no breadth (or width). Consequently it cannot cover any area.
There are linear feet, and square feet, but no "linear square feet".
72 feet is already linear as feet is linear so answer is 72
Feet and linear feet are the same measurement. Therefore, 60 linear feet is equal to 60 feet.
That is impossible, because linear miles are a 'length' and square feet cover an 'area'.
It will cover an area of approximately 408.33 square feet.
That depends on how wide your board is. A six inch wide board will need 25 x 25 x 2 (1250) linear feet to cover the area. A three inch wide board will need 25 x 25 x 4 (2500) linear feet to cover the area.
A linear foot has no width, so no matter how many you have of them, you will never cover a 32 x 30 space.
4,000 linear feet.
Approximately 408.33 square feet.
To determine how many 3x6 tiles are needed to cover 15 linear feet, first convert the linear feet into inches: 15 feet = 180 inches. Each tile measures 3 inches by 6 inches, giving each tile an area of 18 square inches. To find the total area to cover, multiply the linear feet by the height (assuming a uniform height for tiling), and then divide by the area of one tile. You would need 10 tiles to cover that length fully with tiles laid flat in a single row.
240
Linear feet are the same as feet, so the answer is 133 linear feet!
You can't calculate linear footage based on square yardage alone. If you meant square footage it will cover 810 sq. ft..
None. A linear foot is a measure of distance. It is a 1-dimensional concept so it has length but no breadth (or width). Consequently it cannot cover any area.
There are linear feet, and square feet, but no "linear square feet".