Intermolecular forces in liquids are stronger than in gases but

Intermolecular forces in liquids are stronger than in gases but less that the forces in solids.

Step-by-step explanation:

The intermolecular forces in both liquids and solids have to be strong enough to hold the particles in the substances or objects together. Liquids and solids both have particles inside of them that barely have any room to move due to the strong hold that the intermolecular forces have between them. This is also with the help of the smaller amount of average kinetic energy between the molecules.

While liquids and solids both have greater intermolecular forces than the average amount of kinetic energy in the substances and objects, the particles  in liquids have room to freely move around unlike solids which have particles compacted so tightly that they have no room to move at all. For example, if you compare a cookie to the water inside of a glass of water, you can see that the water can move around and is flexible to any container that  you pour it in but the cooking does not move from it's solid form. The reasoning for this is because the water is a liquid and the particles are more flexible while the cookie is a solid and the particles cannot  be separated from each other. Therefore, the cookie isn't flexible.

The particles in gases are separated so far apart because the intermolecular forces in them are very weak compared to liquids and solids meaning they cannot hold the particles together.

Overall, intermolecular forces in liquids are stronger than in gases but weaker than the intermolecular forces in solids.

13.33%

say 50 oranges, then 100 apples

80 are red, 20 are yellow

total fruit = 150

20chances out of 150 for yellow

20/150 = 13.33%

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step-by-step explanation: