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Liquids cannot really be measured in millimeters. Millimeters are a measure for length. Liquids are best measured by volume. In the metric system, milliliters are a very nice way to measure volume. There are 236.6 (two hundred thirty-six point six) milliliters in a cup of water.
The answer depends on what characteristic of the raisin is being measured: its mass, its length, volume, temperature - or whatever.
The length of a pencil is best measured in centimeters
volume
The weight of eggs, water and milk are measured in ounces or cups. The volume of water, eggs, and milk is measured as a liquid. The volume of butter is measured as a solid.
Three common objects measured by mass, volume, and length are a loaf of bread, a bottle of water, and a piece of lumber. The mass of the loaf of bread can indicate its weight, while its volume can be measured by its size. A bottle of water can be measured by its volume in liters, while its height represents its length. Similarly, a piece of lumber can be measured by its mass, its length in feet or meters, and its volume in cubic units.
Measured by mass: apples, books, and bricks. Measured by volume: water, oil, and milk. Measured by length: pencils, ropes, and hair.
length x width x height= volume measured in in.^3 , m^3 , etc.
-- Length is measured by rulers; they are often wood. -- Volume is measured by measuring cups; they are usually glass. -- Mass is most often measured by a laboratory balance; they are metal.
Perimeter is a length, not an area or volume...
it is measured by using length times width times height
A solid is a 3 dimensional object having length, width and height. Its volume measured in cubic units is length*width*height
length*width*height = volume measured in cubic units
A ruler has length and therefore measures lengths not volumes.
The volume of regular solid can be measured by multiplying the length, is width and its distance.
SI units of length, volume, and mass are related as follows: Length is measured in meters (m). Volume is measured in cubic meters (m^3) or liters (L). Mass is measured in kilograms (kg). These three quantities are fundamental measures in the SI system of units and are used to describe the physical properties of objects.
Weight, length, temperature, volume, land area.