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What Between water molecules enables water to form drops and store heat?
Cohesion enables water to from drops and store heat.
Between water molecules enables water to form drops and store heat?
Cohesion For plato. the answer is C
The ability of water to form drops is an example of what?
Water molecules holding on to other water molecules is called cohesion.
Why is water less dense?
The water molecules expand when the temp. drops.
What is about water molecules that helps explain why the water drops were difficult to split apart but easy to join together?
Water molecules have strong cohesive forces due to hydrogen bonding, which makes it difficult to separate the water drops. When the drops join together, these cohesive forces pull the molecules back together easily due to surface tension, helping the drops recombine effortlessly.
Why is frozen water less dense?
The water molecules expand when the temp. drops.
When water evaporates what are the tiny drops called?
These particles are molecules of gaseous water.
How does the hydrogen bonding between water molecules affect the properties of water?
It enables water molecules to stick to each other and to many other things.
Why can many drops of water be put on the surface of a penny without spilling over the sides?
The surface tension of water allows many drops to sit on a penny without spilling over the sides. The cohesive forces between water molecules create a strong bond, which enables the water to form a dome-like shape on the penny. This dome shape prevents the water from overflowing.
What is in the cactus that enables it to live?
A cactus can store water in its fleshy stem and this enables it to survive periods of drought.
What process enables water molecules to move from the ocean to the atmosphere?
Process of evaporation.
In what way does cohesion play a part in how many drops of water can be dropped onto the head side of a penny?
Cohesion is the attraction between water molecules that allows them to stick together. This cohesion enables the water drops to pile up on top of each other on the head side of a penny without spilling over the edge. The surface tension created by cohesion allows the drops to form a dome shape on the penny before spilling.
