The answer to this question depends upon several criteria:
1. The span of the floor framing members
2. The 'on center' spacing of the floor framing members
3. The nominal dimension of the floor framing members (2x12 etc.)
4. The grade and species of the wood
5. Size and location of any holes or notches in the framing members
A typical residential floor designed for a 10 psf Dead Load, 40 psf Live Load and a deflection criteria of L/360 (mid span deflection limited to L in inches/360):
2x12 joists at 16" on center spacing, Spruce-Pine-Fir #2, will have an allowable max span of 17'-10".
2x12 joists at 16" on center spacing, Southern Pine #2, will have an allowable max span of 18'-10".
2x10 joists at 16" on center spacing, Spruce-Pine-Fir #2, will have an allowable max span of 15'-5".
Random thoughts: Thinset ceramic tile with mortar will add about 10 psf dead laod. Location of very heavy objects can be critical when determining a floors capacity.
If the floor area is 313 square meters, then the floor area is 313 square meters.
1205feets
180 square feet Assuming you mean a 12 foot by 15 foot floor, the answer is 12*15 = 180 square feet.
To determine how many sheets of plywood are needed to cover a 16x20 floor, first calculate the area of the floor, which is 320 square feet (16 ft x 20 ft). Standard plywood sheets typically measure 4x8 feet, covering 32 square feet each. Dividing the total floor area by the area of one sheet (320 sq ft ÷ 32 sq ft/sheet) shows you would need 10 sheets of plywood to cover the entire floor.
11 feet (132 inches).
all depends how the floor is constructed and the size of the joists, the span of the joists, thickness of floorboards. Is it a concrete floor. Is it a 'live' load like people of furniture or a 'dead' load like an unsupported wall. It the house an old building or of recent construction. A residential standard suggests 40lb per square foot. Needs confirmation though
Framed Structure
You take the weight of the tank and divide it by the number of square inches that touch the floor. If you have a 400 pound tank sitting on a stand with four legs of 1 square inch each, the tank would be exerting 100 pounds per square inch. If the same tank is setting on the floor and has a footprint of 10 inches by 20 inches, it would be 2 pounds per square inch.
The weight a second floor can hold depends on the building's design and materials used. Generally, a second floor can support around 40-50 pounds per square foot. It's important to consult a structural engineer to determine the specific weight capacity of a second floor in a building.
you have to add it
The weight a floor can hold depends on its construction and materials. Typically, residential floors can support around 40 pounds per square foot, while commercial floors can hold more, up to 100 pounds per square foot. It's important to consult a structural engineer for specific weight capacity calculations.
The floor's area is: 1,296 square feet.
If the floor area is 313 square meters, then the floor area is 313 square meters.
It basically means that the floor can carry a weight of 500 kilos(or about 1000 pounds) for each square meter.
A 2 x 2 meter square is perfect for a standard kit.
The area of the floor is 1296 square feet.
What is the weight of Vinyl Floor tiles per m2