What is the ratio of carbon atoms to hydrogen atoms in a saturated cyclic hydrocarbon?
2 answers:
Explanation:
A saturated hydrocarbon is defined as the hydrocarbon in which there are only single bonds between the combining atoms.
On the other hand, a cyclic hydrocarbon is a ring structure in which hydrogen and carbon atoms are joined together.
Hence, a saturated cyclic hydrocarbon is a ring structure of hydrogen and carbon atoms joined together through single bonds only.
In a saturated cyclic hydrocarbon molecule, each carbon atom is bonded with two hydrogen atoms.
Therefore, we can conclude that the ratio of carbon atoms to hydrogen atoms in a saturated cyclic hydrocarbon is 1:2.
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Answer:
0.1795 M
Explanation:
From the given information:
The equation is:
From the above equation, the reaction will go to completion due to the strong base:
At the equivalence point, moles of acid (HF) will be equal to moles of base (KOH)
Thus. since moles of HF = moles of KOH
Then; 0.020 × 0.393 M = 0.02379 × (x) M
(x) M =
(x) = 0.3304 M
Thus, the molarity of KOH = 0.3304 M
Using the balanced neutralization reaction;
moles of HF = moles of KOH = moles of conjugate base = 0.00786 mol
∴
Volume = 0.020 L + 0.02379 L
Volume = 0.04379 L
Volume of the solution = 0.04379 L
Therefore; Molarity =
Molarity =
Molarity = 0.17949 mol/L
= 0.1795 M