A triple covalent bond can be formed between d) C & O
Answer: 27,625 grams
Explanation:
*This is actually pretty simple
According to your equation, we know that:
8 moles of CO will react completely with 17 moles of H2
so:
6.50 moles of Co will react completely with x moles of H2
x= (6.50 x 17)/8 = 13.8125 (moles)
Since the Molar Mass of H2 is 2 g/mol, we can calculate the amount of H2 needed to react completely with 6.50 moles of CO:
=>13.8125 x 2= 27.625 (grams)
the volume is 63 i hope it is
The name of the aldehyde is 4, 7- diethyldecanal (D)
<h3>
What are rules for naming organic compounds?</h3>
The rules for naming organic compounds are;
- Find the longest carbon chain in the compound. ...
- Name the longest carbon chain found
- Figure the ending name
- Then number the carbon atoms
- Name the side groups
- Then put the side groups in alphabetical order.
The longest chain of the structure given is 10 (deca)
It is an alkanal due to the presence of the carbonyl -CHO
There are two side groups (ethyl) at the 4th and 7th carbon atoms which are both the same, CH2CH3 and are named diethyl
Thus, the name of the aldehyde is 4, 7- diethyldecanal
Learn more about naming of organic compounds here:
brainly.com/question/14094007
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