Osmosis. The egg is hypertonic and the vinegar is hypotonic.
The opposite of expand is contract (in some uses, to shrink).For expand (increase), the opposite can be reduce or decrease.For expand (widen), the opposite would be to narrow.For expand (inflate) the opposite would be to deflate.
they expand when the balls become so tight that htye are about to explode!
Various types of connective tissue is found between the ribs that allows them to expand and contract.
what large hollow muscular organ that can expand like a balloon
To swell out or expand from or as if from internal pressure
I am not 100% shure about this answer but i tested it and my vinegar went down by 1 cm when i froze it.
When the vinegar mixes with baking soda it produces a gas that will cause the balloon to expand
Diffusion between hypo/hypertonic substances across a semipermeable membrane. AKA: The water from the vinegar fills the egg
Yes, deserts can expand. The process is called desertification and is often caused by the activities of man.
It caused people to think
The shell breaks apart and the egg will expand and grow bigger!
The Gutenberg press. In 1534 I think.
false
Election of Obama and the ongoing conflict.
All of them can expand - for example, when they are heated. Gases usually expand more than solids or liquids.
a balloon filling with air
Molecular movement or vibration is a fundamental result that occurs when energy is absorbed by an atom. The energy that is absorbed cannot just disappear; it causes the atom to increase its movement or vibration, and we perceive this as increased heat. Most substances do expand when heated, but not all do. This expansion is caused (in simple terms) by the atoms or molecules needing more "room" when they vibrate more at higher temperature. Not all substances expand when heated, though. For example, if you heat water at 0°C (32°F) it actually contracts until it reaches 4°C (39°F). Heating further does cause expansion. Similarly, some metal alloys contract when heated over a wide temperature range as a result of complex interactions in the metal's crystals.