Chalcocite is an ore from which copper can be extracted for commercial use. The formula for this important ore is Cu2S. In the laboratory it is formed by the following reaction:

2Cu + S → Cu2S
The reaction takes place in laboratory conditions that allow the reactant atoms to move freely about in the reaction vessel. Explain this reaction in terms of collision theory.

please help with this question. :/

Seriously Frieza, Jader, and virtual teacher 1 and 2! So what if someone is looking up the answers! Its not your student and it not your problem! Stop replying to these posts if it makes you mad. Leave it alone! laissez faire! This person is taking their own risks with their grade, its their problem not yours! Its not your job to call people out on their questions. Oh yeah and they said they wanted HELP! NOT ANSWERS! HELP! So either be nice and help, or don't type rude comments to peoples posts. all it does is waster your time.

In order to explain the reaction between copper (Cu) and sulfur (S) in terms of collision theory, we need to understand the basic principles of this theory. Collision theory states that for a chemical reaction to occur, particles (atoms, molecules, ions) must collide with sufficient energy and the correct orientation.

In this reaction, copper (Cu) and sulfur (S) are the reactants. The reaction can be represented as follows:
2Cu + S → Cu2S

According to collision theory, for the reaction to take place, copper atoms (Cu) and sulfur atoms (S) must collide with enough energy to break the existing bonds and form new bonds. Additionally, the collision must occur with the correct orientation, meaning the atoms must collide in a way that allows the necessary atoms or groups of atoms to come into contact with each other.

In a laboratory setting, the conditions are controlled to ensure that the reactant atoms can move freely about in the reaction vessel. This freedom of movement increases the likelihood of collisions between the copper and sulfur atoms. The reaction vessel may provide the necessary conditions such as temperature, pressure, and presence of a catalyst to facilitate the collision between Cu and S atoms.

When the copper and sulfur atoms collide with sufficient energy and in the correct orientation, they form a bond resulting in the formation of copper sulfide (Cu2S), which is the product of the reaction.

Overall, collision theory helps us understand that for the reaction between copper and sulfur to occur, the reactant atoms must collide with enough energy and the right orientation. The laboratory conditions provided are designed to enhance the chances of successful collisions and thus promote the formation of the desired copper sulfide product.

@frieza, This site is to help you with your homework. If people give answers, they give answers. However they should only give help. If you look above what do you see? Oh! Whatta ya know! It says HOMEWORK HELP!!!

Yes, and students don't think we check the internet since every answer to every question in our chem course is posted online

This is not homework, this is a student attempting to get an answer to an online test. Use your brain!

Do ur own homework!