ans:
you cannot workout the density of a mass simply by knowing its mass; you would also have to know its volume.
example: what is the density of something that is 25g and is of volume 1m squared?
Its 0.025kg/m^2
The object has a density of 5 g/cm3 . This is because, to calculate the density of an object, you divide the mass by the volume. In this example the mass is 25, and the volume is 5. 25/5=5.
D = m:v (density equals mass divided by volume) D = 10:5 = 2
The density is 2.5 g/cm3
The density is 0,5 g/cm3.
2.5 g/ml or 2.5 g/cc
25/15 = 1.666 gm/cc (rounded, repeating)
Just divide the mass by the volume.
5 g/cm3
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Density = mass/volume. 12.9g/15cm3 = 0.89g/cm3.
The rock's density is 3 g/cm3
We have been given the necessesary quantities needed for solving the problem. Therefore: Density mass/volume Mass has been given to as which is 43.5g Volume also given to as which is 15cm3 Therefore density = 43.5g/15cm3 = 2.9g/cm3
The mass of titanium, having a mass of 67.5, is 67.5. By the way: the volume of titanium, having a volume of 15cm³, is 15cm³. And the element called titanium, is titanium. Any further questions?
If one side is say 15cm3 Then that means All edges are 15cm3 so now you do the area for that side, 15 x 15. There ya go.
The water displacement method is used to find the volume of an irregularly shaped object. This method was discovered by Archimedes in Ancient Greece, while he was taking a bath. He was so excited at his discovery that he ran through the streets of Athens naked, shouting Eureka!-Start with a known volume of water. It is easiest to use a graduated cylinder or beaker, as they have volume measurements along the side. Record that volume.-Add the solid object. Measure the new volume in the beaker.-Subtract the two volumes, to get the amount of water displaced. This is the volume of the solid object.If you are talking about water displacement to measure the volume of an object, you would use a graduated cylinder, if the object was small enough, and put water into the graduated cylinder, then you put the object in and however much the water rises, usually mm, that is the volume of the objectHope this helped!
Multiply it by ' 1 '. The cm3 and the ml are identical volumes.
An equation in 6 dimensional space!
it takes about 15cm3 inside your computer case, xoxo add me on facebook micah barr
15 x 15 x 15 = 3375 cubic centimetres or 3.375 litres.
1000 cm3 = 1 litre so 15 cm3 = 0.015 litres.