5 of them.
Pounds is weight and liters is volume. You cannot convert pounds to liters. You can conver pounds to grams or liters to gallons. Assuming you are using standard pounds and are measuring water, you have the following equivalency: 1 pint = 1 pound. given this, the conversion factor for pounds to litres would be the same as that for pints to litres - i.e.: 1 US pint = 0.473176473 liters
Let's see... Let's first modify the question into: "how many gallons are in a CUBIC foot" since a "square foot" is a two-dimensional area. The easiest method I can think of is to convert gallons into liters and figure volume that way since the measurements of length and volume are easily convertable. So 1 gallon = 3.784 Liters. Since 16.387 cubic cm's = 1 cubic inch, 1000 cubic cm's = 1L = 61.023 cubic inches. So this means that there are 230.914 cubic inches in one gallon. So if 1728 cubic inches is one cubic foot, 7.483 gallons will fill one cubic foot.
Square feet and cubic feet are units of different measurements. Square feet is a unit of area. Cubic feet is a unit of volume.
This cannot be sensibly answered. Milliliters (mL or ml) and liters (L) are measures of volume. Grams (g), kilograms (kg) and milligrams (mg) are measures of weight or mass.
Suppose L litres are required.@ 40% it will contain 0.4L of the active ingredient.Then total volume of mixture = L + 100 litresand volume of active ingredient = 0.4L + 25 litresThe strength is (0.4L + 25)/(L + 100) = 30% = 0.3(0.4L + 25) = 0.3*(L + 100)0.4L + 25 = 0.3*L + 300.1L = 5L = 50 litres.
These are both measurements of volume.
No, the answer depends onthe number of significant digits in the numbers used for the measurement,the importance of the measurement in the calculations to follow.For example, the volume of a right cylinder is pi*r2*h. It is much more important to get r accurate than it is to get h. A 5% error in r will result in a 10.25% error in the volume whereas a 5% error in h will result in a 5% error in the volume.
The specified volume contains 120 X 40 X 63 or 302,400 cubic centimeters. Each liter contains 1000 cubic centimeter's. Therefore, there are 302.4 liters. If the measurements are not considered exact, only two significant digits are justified, so that this should be written as 3.0 {or 3.02} X 102 liters.
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.
Meters cubed, centimeters cubed, liters, and milliliters
None. There are two completely different types of measurements. Liters measure volume. Meters measure length.
There are many measurements of volume, including both english and metric. A few include liters, cubic centimeters, cups, pints, gallons... etc
Liters is a measurement of volume. 160 Liters is the volume.
Meter Volume Weight ====================== Mass Length Time Electric charge All other measurements are combinations of these.
The length is only one of the measurements required to work out a volume or capacity of a tank. The other two required measurements are the height and depth.
You would need to have volume measurements.
.0451 liters