The first step is to covert cubic centimeters (cm3) to cubic meters (m3) so we are working with the same units. Since there are 1,000,000 cm3 per m3: 339.3/1,000,000 = 0.0003393
Next we just divide the volume of the room by the volume of each can: 144/0.0003393 = 424403.183
So you would need approximately 424,403 cans to fill a 144 m3 room.
The cubic volume of a case of canned beer can vary depending on the size and quantity of the cans in the case. A standard case of 24 cans of 12-ounce beer cans would have a cubic volume of approximately 1.33 cubic feet.
The fence area is 2 meters x 1 meter = 2 square meters. Converting this to square feet gives 2 sq m * 10.764 sq ft/sq m = 21.528 sq ft. Each paint can covers 2 sq ft, so you would need 21.528 sq ft / 2 sq ft/can = 10.764 cans of paint, rounded up to 11 cans.
Tin cans are resistant to water.
You can get them in trash yards where they put all the cans, plastic, and trash in.
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1/c when c equals the volume of each can in cubic meters.
Yes, one thousand standard drink cans can fit into one cubic meter. A typical aluminum drink can holds about 355 milliliters, and when considering the dimensions and packing efficiency, one cubic meter can accommodate approximately 2,800 cans. Therefore, fitting one thousand cans into that space is feasible, leaving room for some empty space due to packing arrangements.
You could fit 1000 drinks in one cubic metre with ease.
Mass of a substance can be determined by its density and volume. The equation for mass (M) is density (D) divided by volume (V) or conversely D = MV. In this example the volume is 1 cubic meter (1m^3). Paper density is dependent on its type. Once density is known the weight of one cubic meter can be determined.
You need at least 1000,000 cubic centimeters to make 540 800 soda cans.
Oh, isn't that a lovely thought! Let's imagine those drink cans all snug and cozy in a cubic meter. Now, if we gently place each can side by side and on top of each other, we might just be able to fit all 1,000 in there. Remember, there's always room for creativity and possibility in our happy little world.
The cubic volume of a case of canned beer can vary depending on the size and quantity of the cans in the case. A standard case of 24 cans of 12-ounce beer cans would have a cubic volume of approximately 1.33 cubic feet.
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A cubic yard is equivalent to 27 cubic feet. Since a one-gallon can holds approximately 0.133 cubic feet, you can fit about 202 one-gallon cans in a cubic yard box (27 cubic feet divided by 0.133 cubic feet per gallon). However, this is a theoretical maximum; practical considerations like the shape of the cans and how they are arranged may reduce that number.
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The best unit for recording the volume of a soda can is typically in milliliters (mL) or cubic centimeters (cm³). These units are commonly used for measuring the volume of liquids or small objects like soda cans.
A 1 cubic yard box is equivalent to 27 cubic feet. Since a 1-gallon paint can occupies approximately 0.133 cubic feet, you can fit about 203 one-gallon paint cans in a 1 cubic yard box (27 cubic feet ÷ 0.133 cubic feet per can ≈ 203). However, practical factors like spacing and packaging may reduce this number.