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When two or more atoms move around then all of them will move to kinetic energy

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When 2 or more atoms collide with enough force/energy they form a new bond between each other and then becomes a new compound. If they don’t collide with enough energy, they will just bounce off each other.

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When there are two atoms together, they will soon collide with each other.

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when you have two or more atoms/ compounds in a container they will bounce around and most likely collide or form a collision.If the atoms collide slowly they will not collide because they do not have enough kinetic energy but if they collide it is because they have enough kinetic energy. They will produce an activation energy which is when they bond and form a new compound.

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When two or more atoms move around, all of them move around they move due to kinetic energy. When they collide they both create a new compound, the minimum reactivity required is called activation energy.If nothing happens they both just collide of each other they will bounce of each other.

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when atoms collide, it tests the collision theory in which in order for reaction to occur, two or more atoms will have to collide with sufficient energy and proper orientation.

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When two or more atoms collide ( due to kinetic energy). They will produce an activation energy which will form a new compound.

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When two or more atoms are present around each other, they will eventually collide and react with each other, however the minimum amount of energy for them to react is called activation energy. If they do not reach the activation energy then they will not react and form a compound.

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All atoms has a kinetic energy within them, and it will cause them to move around. When there are two or more atoms confined in a single area, they are bound to collide. To perform what is called a successful collision, both atoms will reach an activation energy, which allows them to form a bond and merge to form a compound. However, if there isn't enough kinetic energy to create an activation energy, the atoms will just bounce off each other harmlessly, and no collision will happen.

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If 2 atoms are in the same box they will eventually collide with each other with a certain amount of kinetic energy. When they collide they form a compound. However if they have less kinetic energy they will bounce off each other.

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if there were two atoms in a box, they would eventually collide. when two atoms collide with enough kinetic energy, they form a new compound. this is called a successful collision. the temperature also effects the rate of reaction so if it’s a higher temperature, the atoms will collide faster, and if it’s a lower temperature, the atoms will collide slower.

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Two particles with kinetic energy move around in a container. Eventually, these 2 particles will collide. If these two particles have enough kinetic energy when they collide, they will form a compound. This is called a successful collision . If the 2 particles do not have enough kinetic energy, they will bounce off each other.

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- all atoms including gaseous atoms have kinetic energy
- gas atoms move randomly and bounce off anything they hit
- when 2 different types of atoms put together eventually they will collide
-  if they collide slowly,with not enough kinetic energy, they will bounce off each other
-  if they collide quickly, they will react
- the minimum energy needed for the atoms to reacts is called the activation energy
- when they react, the atoms will bond together, forming a new compound

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1. Two different types of particles are in a fixed container.
2. All particles have kinetic energy inside them
3.Each particle bounces off the container walls.
4. Eventually, 2 different types of particles collide into each other.
5. If the energy that they collide is less than the activation force, they bounce off each other.
6. If the energy that they collide is equal or more than the activation force, they form a new compound by colliding and making bonds.

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when two or more particles move around they each have a certain amount of kinetic energy and they will eventually collide with each other.  If the particles collide with a total kinetic energy greater than the activation energy, the two particles bond and react. However if the total kinetic energy of the collision is less than the activation energy, the particles bounce of each other and do not react.

temperature affects rate of reactions (higher the temp faster the rate)

pressure affects rate of reactions (higher the pressure, higher the rate)