150 cm = 1.50 meters
100 cm = 1.00 meters
Volume = 1.5 x 1.5 x 1.0 = 2.25 cubic meters
density = mass/volume = 350/150 = 2.33 grams/cubic centimeter
150 cm because 1m=100cm
Volume = pi*752*120 = 2120575.041 cubic cm
10*5*3 = 150 cubic metres
Work it backwards.-- A cube has 6 faces.-- The area of each face is (150 / 6).-- The length of each side is sqrt(150/6).-- The volume of the cube is (side)3 = (150/6)3/2 = 125 cubic units
150 centimeters=1.5 meters
Your question makes little sense. If a cylinder holds 6 cubic meters of nitrogen at one atmosphere pressure the volume of the cylinder is 6 cubic meters. However as 150 newtons per squsre meter = 150 Pascals = 0.001480384754 atmospheres, if you took 6 cubic meters of nitrogen at this pressure and then increased the pressure to 1 atmosphere the volue would shrink (because the volume of a gas is inversely proportional to the pressure) from 6 cubic meters to 0.008882308524 cubic meters.
You can calculate the volume in cubic centimeters and then convert to cubic meters, or you can convert centimeters to meters and then calculate the volume. Let's say your box measures 100 cm by 150 cm by 200 cm. That's 100 x 150 x 200 cm = 3,000,000 (or 3E6) cubic centimeters (cc). Since there are one million (1E6) cc per cubic meter, you have 3E6/1E6 or 3 cubic meters. You could have converted to meters first: 100 cm = 1.00 m; 150 cm = 1.50 m; and 200 cm = 2.00 So, the volume is 1.00 x 1.50 x 2.00 m = 3 cubic meters.
1 m3 = 1000 liters ⇒ 150 m3 = 150000 liters 1 m = 100 cm 1m3 = 1m x 1m x 1m = 100cm x 100cm x 100cm = 1 000 000 cm3 1 liter = 1 000 cm3 ⇒ 1 m3 = 1 000 liters.
There are 100cm in 1m, so 150m is 15,000cm.
The surface area of the cube is 150 square meters.
density = mass/volume = 350/150 = 2.33 grams/cubic centimeter
Area is two-dimensional. Therefore, based on the volume of 150 meters cubed, it can only be 150 meters squared.
Volume is equal to the length x width x height (V = l * w * h).Given a box 3m long, 2.4m wide, and 150cm (1.5m) deep, that would be:V = 3 x 2.4 x 1.5, or 10.8 meters.
150 liters = 0.15 cubic meter
150 cm3 - A cc (cubic centimeter, cm3) and a mL (milliliter) are equal to each other in terms of volume.
A common guideline for the size of a balancing tank for a swimming pool is approximately 25-30% of the pool's volume. For a 600 cubic meters pool, the balancing tank should ideally be between 150-180 cubic meters in size to effectively manage water overflow and flow rates. The specific design considerations and requirements should be confirmed with a professional pool designer or engineer.