Reactants Na and O₂
Products Na₂0
Explanation:
Na + O₂ ⇒ Na₂0
The reactants are the species on the left hand side of chemical equations.
The products are the species on the right hand side of chemical equations.
A chemical equations shows the process of a chemical change in which reactants combines to give a desired product.
The above reaction is a synthesis or combination reaction in which a reactants combines to give products.
Species that are combining are called reactants
Species that are formed are the products.
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Answer:
I think its. SO2
Explanation:
the S is singular and there is 2 Os and thats what the model shows so I think I'm right
Answer:
it would have lots of greens and it would be darker cause all the tree would block the light
ther will also be more animals too
Explanation:
Answer:
3-bromo-4-ethyl-2,2,5-trimethyloctane.
Explanation:
You need to find the longest carbon chain. In this molecule, the longest carbon chain goes straight across and contains 8 carbons (oct-). There are no double or triple bonds so its octane.
Number the carbon chain from 1-8, starting at the end that is closest to a group. The left side is closest to a group so start from there.
On carbon 2, there are two methyl groups. On carbon 5, there is one methyl group. When naming, it will be 2,2,5-trimethyl.
On carbon 3, there is one bromine group. When naming, it will be 3-bromo.
On carbon 4, there is one ethyl group. When naming, it will be 4-ethyl.
Order the names of the groups alphabetically in front of octane.
The name of the compound is 3-bromo-4-ethyl-2,2,5-trimethyloctane.