Volume = (90 x 40 x 30) = 108,000 cm3 = 108 liters
volume 20cm 30cm 20cm
To calculate the volume of a tank, you multiply its length, width, and height. However, the height of the tank is not provided in your question. Assuming you have a height measurement, you can use the formula: Volume = Length × Width × Height. If the height is known, simply substitute the values into the formula to find the volume.
If the object hsa sunk the volume is equal to the volume of water displaced If the tank is 50 cm high, the volume is 150x100x (36.2-30) = 93000 cubic centimeters
Its volume is: pi*0.202*2.5 = 1/10 times pi cubic meters
I am not sure of the absolute mathematical sizing, but I can recommend my 4 gallon tank which I think is one of the more convenient sized ones. I have a 30cm by 30cm round fish tank made by BiOrb - it is a baby biorb.
To find the volume of the fish tank in liters, first convert the dimensions to meters (0.4m x 0.25m x 0.28m). Then, multiply these dimensions to find the volume in cubic meters. Finally, convert the volume from cubic meters to liters (1 cubic meter is equal to 1000 liters). The fish tank has a volume of 0.028 cubic meters, which is equivalent to 28 liters.
It can hold 108000 more cubic cm.
A liter is a measure of volume; we need to calculate the volume of the tank. For this we need to have all three measurements of the tank.
"Area" is an amount of flat surface. It has no volume. If the area is the bottom of a tank, then the volume of the substance in the tank is the area multiplied by the depth.
It depends on the shape of the tank.
If the volume of the tank was effectivelly constant, and the tank was sealed to prevent gas escaping, the pressure of the gas would increase.
To determine the density of the mixture, you need to calculate the total mass of the gases and divide it by the total volume of the tank. Density = total mass / total volume. To determine the specific volume of the mixture, you need to divide the total volume of the tank by the total mass of the gases. Specific volume = total volume / total mass. Once you have these calculations, you'll have the density and specific volume of the gas mixture in the tank.