What is the formula for the polyatomic ion and name the following compoundSn(NO2)2
2 answers:
Ok so i was writing a big àss explanation but i realized im not that good at explaining as i thought i was so plz just watch these vids by tyler dewitt. my awesome teacher recommended these videos and tyler dewitt's also a really good teacher and if you watch his vids you'll really master this topic:
Writing Ionic Formula: https://youtu.be/URc75hoKGLY
Naming Ionic Compounds: https://youtu.be/mKo72RnN37E
Writing Formulas with Polyatomic Ions: https://youtu.be/p9iQ5Qn42DM
Writing Ionic Formulas with Transition Metals: https://youtu.be/H4nfE8gRX7Q
Naming Ionic Compounds with Transition Metals Introduction: https://youtu.be/H4nfE8gRX7Q
*btw the pic i attached will be very useful to you except when youre dealing with transition metals and also these links will also help you. the professor dave explains videos about naming ionic compounds just didnt help me but tyler dewitt really did so if you watch his videos you'll be fine
Writing Ionic Formula: https://youtu.be/URc75hoKGLY
Naming Ionic Compounds: https://youtu.be/mKo72RnN37E
Writing Formulas with Polyatomic Ions: https://youtu.be/p9iQ5Qn42DM
Writing Ionic Formulas with Transition Metals: https://youtu.be/H4nfE8gRX7Q
Naming Ionic Compounds with Transition Metals Introduction: https://youtu.be/H4nfE8gRX7Q
*btw the pic i attached will be very useful to you except when youre dealing with transition metals and also these links will also help you. the professor dave explains videos about naming ionic compounds just didnt help me but tyler dewitt really did so if you watch his videos you'll be fine
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Explanation:
21. The given molecule for cracking is tetradecane.
On cracking it forms one mole of decane (C10H22) and two moles of ethene gas.
The chemical equation is shown below:
22. The essential condition for the formation of an ester is the reaction of alcohol and acid in presence of concentrated sulfuric acid.
Thus among the given options, the first option is the correct one.
23. Isomers of butanol are shown below:
It is 2-butanol.
The position of -OH group changes to the second carbon.
