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it explains the gas chemical reactions, when molecules collide together.

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Particles must collide with sufficient energy, sometimes known as activation energy, so that the bonds can break. They also must collide with proper orientation.

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Particles are always vibrating and moving and often collide with one another. When particles collide into each other with enough activation energy, there is a chance this will cause a successful collision which could cause a chemical reaction to occur. However, if the particles collide without enough activation energy, no reaction will occur.

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for something to react the particles must collide. activation energy helps cause the atoms to collide, but if there isn’t enough activation energy the atoms won’t be able to collide, therefore there will be no reaction.

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Collision theories are used to measure/predict the rates of reactions that occurs within atoms. These atoms vibrate and collide with activation energy so that the chemical bonds can break and react with one another. This is a successful collision. However, when the atoms don't successfully collide with sufficient activation energy, no reaction as such occurs.

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Particles are always vibrating. When particles collide with enough activation energy, heat is transferred from one particle to the other, which begins to vibrate faster because they've gained kinetic energy. This is called a successful collision. This means there's an increased chance of atoms colliding with each other more often, which causes more heat transfer, and so on and so forth.

However, when particles collide without enough activation energy heat isn't transferred, and thus no reaction occurs.

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Particles must collide in order to react. Particles must successfully collide with enough activation energy, this helps bonds break. Heat gets tr

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The activation energy causes the atoms to collide with each other however if they don’t have enough activation energy then the atoms won’t have a reaction when colliding with each other, the particles also need heat energy to start vibrating more which causes the atoms to move around faster due to kinetic energy

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The collision theory is a  assumption for a reaction to occur it is necessary for the reacting atoms to come together or collide  with one another. This is a successful reaction.

On the other hand, when particles collide with not enough energy, heat won’t be transferred. This sums up with no reaction occurring.

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In order for particles to react together, they must collide. Successful collisions are the result of the particles having enough energy. This means that energy  (activation energy) helps break bonds to allow reactions to occur. The rate of reaction depends on how many successful collisions there are in a specific unit of time. As the particles collide and react, they decrease. This is why the rate of reaction decreases over time, or the slope turns flat.
An example of this is in gas pressure, the molecules are squeezed into a space, and there are  greater chance of successful collisions.

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There is a higher chance of atoms successfully colliding more often when the temperature is increased and they gain enough kinetic energy to move around quicker. When they do collide with enough activation energy they are able to form compounds (2 or more types of atoms chemically bonded).  Although when atoms collide without enough activation energy heat is not transferred to chemically bond the atoms to form compounds. So no reaction occurs when the atoms don't have enough activation energy.

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the collision theory is used to predict the rate of chemical reactions. If there were to be a successful collision it would have to meet 2 criterias, first molecules must collide with sufficient energy known as the activation energy so that they can break the chemical bonds, next, the molecules must collide with proper orientation so that the reaction actually takes place. When all this has been ticked off it is known as a successful collision.

Collision theory states that the rate of reaction is proportional to the number of collisions...