We used these units to measure them
1.Length--- centimeters, kilometers,
2. weight--- grams and kilo grams.
3. Height---centimeters, and feet's. We used these units to measure them
1.Length--- centimeters, kilometers,
2. weight--- grams and kilo grams.
3. Height---centimeters, and feet's.
Length . . . inch, foot, meter, light-year, etc.
Weight . . . any unit of force . . . Newton, pound, stone, etc.
Capacity . . . any unit of length cubed / volume . . . cm3 , liter, foot3 , inch3 , gallon , etc.
THE SI UNITS ARE AS FOLLOWS:
Length - meter(m)
Weight - Kilogram force (KGF) or Newton (N)
Volume - meter cube (m^3)
units to measure length are m,km,yards,miles,acres,hm,dm,dam,mm,cm,etc.
units to measure mass are gm,kg,ounces,lbs,pounds,dag,hg,dg,mg,cg,etc.
The unit of length is metre (m) and the unit of mass is kilogram (kg).
Length is measured in km , m etc. Mass is measured in kg , g, mg etc.
They are all units of volume. Milliliter is the same as cubic centimeter.
litresmeterskilogramsseconds
You measure the height and the length and add them together. Multiply the result by the square root of the width. That number, in cubic units, is the volume.
Milliliter, liter, and centimeter are the units that are used to measure volume. This is used primarily for liquids.
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
length, volume, mass, weight, tempature, time, and rates
No.
They are all units of volume. Milliliter is the same as cubic centimeter.
Weigh the material in pounds. Then measure the length, width and height. Do this in feet. Calculate the volume by multiplying length x width x height = Volume. Volume = length x width x height Divide the weight by the volume: Weight / Volume Density = Weight / Volume Your density is in units of lbs per cubic foot
Units of measure are used to measure anything: length or volume, mass or speed, pressure or force etc.
No - kilograms are units of weight - not volume !
No because millimeters are units of length and not weight
Units of measure are used to measure anything: length or volume, mass or speed, pressure or force etc.
mass- killogram weight- newtons volume- cubic units length- meter volume of a liquid- liter
In itself it is none of them - it is just a number.However if some units are attached, it can be any of them:If its units are a linear measure, eg 472 m, it is a lengthIf its units are a square measure, eg 472 sq cm, it is an areaIf its units are a weight measure, eg 472 kg, it is massIf its units are a time measure, eg 472 seconds, it is timeIf its units are a temperature measure, eg 472 K, it is temperature.
The two units are not comparable. Millimeters (mm) are a measure of length. Ounces (oz) can either be a unit of weight of of volume.
An area is a measure comprising two dimensions of length (usually called length and breadth). The dimensional representation for area is, therefore, [L2]. Similarly, volume which comprises length x breadth x height, is [L3]. The shapes are measured in linear units and so these compound units are squared units (for area) and cubed units (for volume).An area is a measure comprising two dimensions of length (usually called length and breadth). The dimensional representation for area is, therefore, [L2]. Similarly, volume which comprises length x breadth x height, is [L3]. The shapes are measured in linear units and so these compound units are squared units (for area) and cubed units (for volume).An area is a measure comprising two dimensions of length (usually called length and breadth). The dimensional representation for area is, therefore, [L2]. Similarly, volume which comprises length x breadth x height, is [L3]. The shapes are measured in linear units and so these compound units are squared units (for area) and cubed units (for volume).An area is a measure comprising two dimensions of length (usually called length and breadth). The dimensional representation for area is, therefore, [L2]. Similarly, volume which comprises length x breadth x height, is [L3]. The shapes are measured in linear units and so these compound units are squared units (for area) and cubed units (for volume).