When is an atom unlikely to react and form chemical bond
when its valence shell is full these is why the Noble gasses are considered to be highly unreactive or to do not react easily to form chemical bonds
rude! thats why they are on here to ask that!
rude! how about start studying?
Whats this website called you moron! OpenSTUDY! emphasise on the study!
yeh OPENSTUDY it doesn't say LET ME DO YOUR STUDYING FOR YOU
laziness needn't justification it is just plain wrong not to study and expect others to help
You can study and just simply not understand what is being said! Hence the reason I'm on this website!
Sorry to ermyz! I answered your other question but not using the correct scientific expressions
oh ye is that right? if you don't understand, READ it again! comprehension is not taught ... it is developed and improved by the individual
Wrong. Because you are taught to comprehend certain things. Stop acting like a 2 year old when people want to study and learn on this website.
Look, @005873 but the code of conduct states that you can not give answer, you can just help. So yeah
this is a demonstration of plain laziness and finagling
^ true
I put unlikely that a particle with a negative charge will attract a particle with a positive charge when an anion and cation are close together a chemical bond is the force that holds atoms or ions together as unit
Oh sory i just started on this website!
WHAT STUDYING HAVE YOU DONE?
STUDY AND DO NOT EXPECT OTHERS TO PERFORM YOUR RESPONSIBILITY! we are here to help you overcome hurdle, not study on your behalf!
Did someone say cuddles?
SO DEAL WITH IT YOU sleek-feathered one
@ermyz Noble gases are unreactive because their outermost shell, the valence shell, has a full set of eight electrons. Its just one of those things you have to learn in order to understand. It took me a few days to totally understand when it won't react but once you understand it, its so easy.
it will take you days if you do not study arduously! http://finedrafts.com/files/CUNY/chemistry/General/Zumdahl%20etal/Atoms%20First%20Approach/
what kind of measurements or experiments were done to explain this?
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