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Answered 2014-09-12 10:01:20

From the information available, you cannot.

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The formula for density: density = mass / volume. Volume of a cube = edge3 You could then need to find the mass of the cube and substitute the values into the density formula.


Well its quite easy: Density=Mass/Volume Volume=Mass/Density SO if mass and density of a cube are given you can easily find its volume.


You measure its mass and volume and then density = mass/volume.


You need to find the mass and you need to find the volume. The latter may be calculated from the length of the side of the cube. Then, density = Mass/Volume in the appropriate measurement units.


LXWXH= volume find the mass and divide it with the volume mass divided by volume equals density


To find the mass of a cube by multiplying the density times the volume of the cube. The volume can be found by multiplying the height times the height times the length.



Make sure the volume is in milliliter units and then multiply it by the density of the cube and you will get the mass of the object in grams. That is because density=grams/milliliters, so grams=density•milliliters


Use the formula:mass = volume x density


The simplest procedure is find the mass of the cube using a simple balance. Preciously measure the size hence volume of the cube. Then Density=Mass/Volume and unit is gm/cc


density = mass/volume.To find the volume of the cube, multiply the surface area by the height:4x4x4 = 64cm3Then, substituting into the formula:density = 0.8/64 =51.2 kg/cm3


In order to find the dimensions of the cube, we must first find the volume.Volume = mass/density= 20.00g /2.70 g/mL= 7.41 mL OR 7.41cm31 mL is equal to 1 cm3, making these 2 units interchangeable.To find the lengths of the sides, we are going to use the volume we found in the first equation above. Since the sides of a cube are all equal, we must find the cube root of the volume.Volume = length x width x depth (thickness or density)cube root of 7.41 is about 1.95Volume = 1.95cm x 1.95cm x 1.95cm


To solve this you need to know the relationship that density = mass divided by volume We're given a length of a side of a cube as 2.5cm so to find the volume of the cube we need to cube it (length x bredth x height) volume = (2.5)3 = 15.625cm3 so if density = mass(136.95g)/volume(15.625cm3) density = 8.7648 g cm-3 in textbooks its given as (8.3- 8.7 gcm-3) as a typical density of brass.


To solve this you need to know the relationship that density = mass divided by volume We're given a length of a side of a cube as 2.5cm so to find the volume of the cube we need to cube it (length x bredth x height) volume = (2.5)3 = 15.625cm3 so if density = mass(136.95g)/volume(15.625cm3) density = 8.7648 g cm-3 in textbooks its given as (8.3- 8.7 gcm-3) as a typical density of brass.


To find the density you need the mass and volume and then, density = mass/volume. Given a ruler, you can easily measure an edge of the cube. If that is x units, then the volume is x3 cubic units. However, it is not clear how you find a mass with just a balance. You need some standard weights, but these do not appear to be provided. You are stuck and cannot answer the question.


You cannot find density without volume. Density = mass/volume


Different metals have different densities, so to find the density either the type of metal or both the size and mass of the cube must be provided. Density is mass divided by volume.


Find the cube root of the volume. Volume of a cube = length of side^3 therefore length of side = volume^(1/3)


mass = density x volume so volume = mass/density = 80/8.92 = 8.97 cubic centimeters; here density is g/cubic centimeter. Since it is a cube each side is cube root 8.97 = 2.08 centimeters



Assuming the missing words are "to find the VOLUME of a cube" and "what is the VOLUME", the volume of the cube is 19773 cubic inches.


(All side's of congruent) Then volume=S2.So just take the cube root of the volume. The density and the mass have no bearing on the length as they can vary no matter the size of the cube.Volume does have direct bearing.



The answer depends on what information you do have.The answer could beforce/accelerationdensity*volumeor something more complicated.


Find the cube root of the volume. You'll probably need a calculator.



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