To calculate volume in liters, measure the dimensions of the object in centimeters, calculate the volume in cubic centimeters, and convert the volume to liters. The project requires a metric ruler. A calculator reduces the time to complete the calculations and the chances of a math error.
Know MorePlace the zero mark of a metric ruler on one edge of the object, and read the measurement. The major divisions are each 1 centimeter apart, and the minor divisions are 0.1 centimeter apart. If using a millimeter ruler, labeled 'mm' before the first major division, the major divisions are labeled in increments of 10 centimeters. Convert the measurement to centimeters before proceeding.
Use the measurements to determine volume. Use the appropriate formula for the shape of the object. For a rectangular prism, area is the product of the length, width and height. For a cylinder, multiply the square of the radius by pi by the height. Use a pocket calculator to save time when multiplying decimal numbers.
There are 1,000 cubic centimeters in a liter. Multiply the volume of the object in cubic centimeters by the conversion factor 1 liter/1000 cubic centimeters. Label the final answer with the unit liters.
To figure out the number of liters needed to full a container (such as a tank), divide the volume of the container, in cubic centimeters, by 1,000. One liter of water equals 1,000 cubic centimeters.
Full Answer >The water displacement method is the process of measuring the volume of an irregularly shaped object by immersing it in water. This method served as the basis for the principle developed by the Greek philosopher Archimedes.
Full Answer >To find the density of an object, calculate its volume and mass, and divide the mass by the volume. Use the appropriate formula for volume calculation of the object you are working on. To measure an object's mass, use a balance.
Full Answer >The amount of space an object occupies is its volume. Volume is not always a fixed measurement. For any given object, volume is likely varies depending on pressure and temperature.
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