# data[].attributes.body
When atoms are moving, they contain kinetic energy. When they collide in just the right way with enough kinetic energy also known as activation energy, they produce the products. The rate of reactions or the amount of product made (usually denoted by a percentage) depends on many factors like temperature, pressure, concentration, catalysts and external processes like removing the product after part of the reaction. For temperature, a medium temperature is good because a low temperature is very slow for the reaction and that is bad. A high temperature is also because the products will break down to the reactants in order to use the extra energy.

# data[].attributes.body
All atoms are constantly moving as they naturally posses kinetic energy. Hence, when in a closed space, they are bound to collide. When colliding, if the atoms do not have enough kinetic energy, they will simply bounce off each other, this is an unsuccessful collision. However, If they do, a chemical reaction will take place and they will bond to produce a compound. This would be a successful collision.

# data[].attributes.body
All atoms move because they have kinetic energy. they move in straight lines bouncing off of anything they hit. Occasionally two atoms will hit each other, if there is enough energy it will be a successful collision and they will form a compound. it they are moving too slow they will just bounce off each other

# data[].attributes.body
Naturally, all atoms have kinetic energy; they are in constant movement. The best example, gas atoms, move by bouncing of the walls and other particles. So, they'll eventually collide. When they collide, they must have enough energy, called activation energy. If they don't they'll just bounce against each other. If a collision has enough energy, the 2 particles will bond(if they can bond) and become a compound, which is called a successful collision.

# data[].attributes.body
"Particles must collide with each other in order to react" Most particles, when they are constantly moving, will usually act like balls in a game of pool and when they collide they would bounce of each other. The minimum energy required for a reaction to occur is called the activation energy, and this differentiates for different molecules. Generally speaking, temperature will allow the reaction to occur faster because when temperature is increased so is the average kinetic energy within a molecule. But, some reactions have more factors that might not let the reaction happen, such as angle.

# data[].attributes.body
When two types of atoms are put together eventually they will collide. If they collide slowly without sufficient kinetic energy, they will bounce off each other. If they collide quickly with sufficient kinetic energy, they will react. They react and turn into a new compound. If a collision results in a reaction, it is called a successful collision.

# data[].attributes.body
All atoms have kinetic energy. Eventually, the two atoms Will collide with each other. Gas atoms will move randomly and bounce off anything they hit. If atoms collide fast with enough kinetic energy, they will react. When the atoms react, they will bond together and form a new compound.

# data[].attributes.body
Two atoms move around a container. When they collide, to have a successful reaction, the two atoms need to have enough kinetic energy to react to each other and to make a compound. The minimum amount of kinetic energy that is needed for a successful collision is called the activation energy. But when the atoms don’t have enough kinetic energy, when they collide, they will just bounce off each other with no reaction.

# data[].attributes.body
Atoms all have kinetic energy. So it means that in this example the gas atoms are constantly moving around and reflect off surfaces/walls. When two particles meet when they hit each other without enough kinetic energy they will bounce off each other. The minimum amount of kinetic energy needed for a successful collision is called the activation energy .

# data[].attributes.body
Collision theory:

There are two gases: A and B. They are randomly moving in a sealed container and are bouncing off the walls aka they have some amount of kinetic energy. Eventually, they will collide against each other. When this happens, there are two outcomes:

1. They have enough kinetic energy to collide with each other and react to form a new compound. This is called a successful collision.

2. They don’t have enough kinetic energy and when they collide, they just bounce off each other and go colliding with walls etc to gain more kinetic energy. This is called an unsuccessful collision.

# data[].attributes.body
atoms have kinetic energy, this is the movement energy. gas Atoms are constantly moving. Often times  ,gaseous atoms collide. If they have sufficient energy, known as the activation energy. The activation energy is the cause for the chemical bonds to break. This would be a successful colIision. If there isnt sufficient energy, they bounce off eachother, this is a unsucc

# data[].attributes.body
All atoms have kinetic energy so they will constantly be moving. Gas atoms move randomly and will bounce off anything they hit. When two different types of atoms are put together, they will eventually collide. If they collide slowly, with insufficient kinetic energy, they will simply bounce off each other. If they however collide quickly with sufficient kinetic energy, they will react - this is known as a successful collision. When they react, the atoms will bond together and form a new compound. The minimum energy needed for the atoms to react is called the activation energy.

# data[].attributes.body
All atoms have kinetic energy and are constantly moving. Gas atoms move in random directions and bounce of anything they hit. When two different atoms are put in the same space they will eventually collide however the speed at which they travel can affect this. If they collide fast enough they will react and this is called a successful collision, if they don't because they are too slow they will bounce off each other and continue.