Becausse ghe gas hass not a lot of pressure so it will push the cubes flat but the syringe isnt strong enogh to keepp them all flat
when forceis applied to the syringe plunger air particles are still evemly distributed in and around the cube. but the partiles are closer together. the cubes are not the same size
It depends on the information that you have. If you know that they are cubes, rather than cuboids, you could show that a side of one is the same length as a side of the other, or that the area of a face of one is the same as that of the other or that the volume of one is the same as that of the other.
The difference of their cubes is 4.
Assuming you are using the same unit of measurement for the cubes and the boxes, you can fit 125 cubes in the box.
They both have 6 faces, 12 edges and 8 vertices
lalalalala i have no idea XD
when forceis applied to the syringe plunger air particles are still evemly distributed in and around the cube. but the partiles are closer together. the cubes are not the same size
The mass stays the same.
A metal ball and a foam ball can have the same mass but different volumes. The metal ball will be denser and therefore have a smaller volume compared to the foam ball.
They are all cubes. They are all made of molecules. They are all the same size. They don't have the same density. They all have atoms. I could go on for a while!
Syringe compatibility is simply whether you can mix medications in the same syringe
Yes, you can mix both in the same syringe
Yes they would have to be similar cubes.
Of course not! A 0.5 ml syringe contains 40% more volume (0.5 - 0.3 = 0.2 ml) than a 0.3 ml syringe.
Ice cubes are not always true cubes to begin with but we call them that anyway. If you were to break one it would just be smaller pieces of ice which depending on your perception could still be called cubes.
no its not good to mix any drugs together in a syringe inless its in a IV bag mixed by a professional but deffinitly dont mix in a single syringe
yes it is because foam is just a form of very same bubbles.