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it can be expressed as cubed, or with a 3 as a exponent. such as the volume being 42 with the little 3 above it
Volume = Length*Width*Height =3*3*3 =27cm^3
There are different formulae for objects of different shapes. The simplest case is the rectangular box: volume = length x width x height. For other simple shapes formulae are known; for an irregular object, integration must be used.
A unit of volume for a 3 dimensional object such as cubic inches, metres, litres etc. A unit of area for a 2 dimensional object such as square inches, metres etc
friction, conduction, and induction
You are calculating the amount of 3-dimensional space occupied by the object whose volume is calculated.
believe its volume 3
The answer two this question depends on two factors: - Determining the volume of the shape in question. - Determining the weight the of the matter the object is composed of. For example a 3 dimensional square that is 1 meter in length, 1 meter in width and 1 meter in height is filled with water. To determine the weight of the water: - The volume formula for a rectangle is volume = length X width x height; In our case volume = 1 x 1 x 1 = 1 m^3 (one meter cubed) - the wight of water is 1 per cubic meter. Therefore 1 m^3 of water weighs 1 kg.
it can be expressed as cubed, or with a 3 as a exponent. such as the volume being 42 with the little 3 above it
Centimeters cubed (cm^3) and milliliters (mL) are related because both are used to measure volume. Cm^3 are used to measure the volume of regular solids, and mL are used to find the volume of non-regular objects.
multiply V by 3 then divide by 4pi , find the cube root of this, then square it and multiply by 4 pi
volume 3 is the volume of the ICD-9-CM used by hospitals to report inpatient procedures.
The 3 styles are: 1. Linear 2. Global 3. Hierarchical
There are many different sophisticated methods for measuring density but they all revolve aroud the equation of Density = Mass/Volume. To find the density you need to ascertain the item's mass (weight) in grams and it's volume (how much space it consumes). The simplest method for determining volume of an irregular solid object is to submerge the object in a liquid and measure the change in water level in milliliters. This can be done with a measuring cup or preferably a graduated cylinder. To determine mass just weigh the object on a household metric scale, recording the weight in grams. Now divide the mass by the volume (mass/volume). The resulting number is your density value in grams per cubic centimeter. (g/cm^3) For example if my mass is 5 grams and my volume is 3 milliliters of displacement, my density is 1.7 grams per cubic centimeter. 5g/3mL=1.7 g/cm^3 Note: a cubic centimeter (cm^3) and a milliliter are precisely the same. One is conventionally used for solids, the other for liquids.
All of these must be in the same unit of measurement (ex: ft. in.)
Volume is the amount of 3-dimensional space that an object occupies. The SI unit for volume is cubic meters (m3)
The technique used for determining the proper following distance is the "3- second" rule.