Not too big. 10 Gallons would be good. As long as it can swim around and can have some plants, rocks or "toys". You might want to get more than one, fish are social, unless it's something like a betta.
To calculate the volume of water in the fish tank, you multiply the length, width, and depth: 122 cm x 46 cm x 36 cm = 201,312 cubic cm. 1 cubic cm is equal to 0.000264172 gallons, so 201,312 cubic cm equals approximately 53.08 gallons of water in the fish tank.
1 inch = 2.54 cm1 gallon = 231 inch3(39.3-cm x 23.5-cm x 20.5-cm) = 18,932.775 cm3 / (2.54)3 = 1,155.349 in3 = 5.002 gallons (rounded)What you have there is, obviously, a "Five Gallon" tank, when filled to the rim.
Should be, if my estimations are correct, a 29 gallon tank. Depending on amount of substrate and decorations probably close to 24 gallons, which converts to about roughly 90 litres.
Gallons per unit volume and per unit length is cm, the two do not compare.
165
that is easy the answer is 1.5 literes
Gallons are a measure of volume, not weight. You can still get an answer if you know the density of the average human. Humans are only slightly denser than water. So let's assume a density of 1.01g/cm^3. 110 pounds is 49.895 kg, or 49,895 grams. We divide this by 1.01 to get the number in cm^3, which gives us 49400.990 cm^3. One gallon is 3785.412 cm^3. To get gallons, we divide 49400.990/3785.412. This gives us an answer of 13.050. A 110 pound person would displace a little over 13 gallons of water.
192.5 liters or 50.85 gallons
There are approximately 24.3 gallons in 92,000 cubic centimeters.
A strange question. Gallons are a volume and square centimeters are an area. How can this go together?
mass = density x volume mass = 1g/cm^3 x 22,024,419cm^3 ans = 22.024419tonnes
filled to the rim... 6.776013143 US gallons