What is the molecular formula for a monocyclic hydrocarbon with 14 carbons and 2 triple bonds?
2 answers:
The molecular formula for a monocyclic hydrocarbon with 14 carbons and 2 triple bond is C₁₄H₂₀
<h3>Molecular formula</h3>A formula that gives the number of atom of each element present in a one molecule or a compound.
<h3>Monocyclic hydrocarbons</h3>The name of the saturated hydrocarbons formed by the name attaching the perfix cyclo to the name of acyclic unstaturated hydrocarbon
The molecular formula for a monocyclic hydrocarbon with 14 carbon and 2 triple bonds is C₁₄H₂₀
Learn more about the molecular formula on
#SPJ4
The molecular formula to monocyclic hydrocarbon is
- Monocyclic hydrocarbons that are aromatic in their lowest-lying triplet state but antiaromatic in their singlet initial state.
- The nature and quantity of each element's atoms in a molecular compound are indicated by the substance's molecular formula.
- The molecular formula is frequently the same as the formula.
- Methane's empirical formula is
, which is also its molecular formula because it only has one carbon atom.
- The hydrocarbon is known to contain two triple bonds. For each triple bond, four hydrocarbons are lost as a result.
Generally speaking, a monocyclic hydrocarbon's molecular formula is
Learn more about hydrocarbons here:
#SPJ4
You might be interested in
Answer:
The 12L helium tank pressurized to 160 atm will fill <em>636 </em>3-liter balloons
Explanation:
It is possible to answer this question using Boyle's law:
Where P₁ is the pressure of the tank (160atm), V₁ is the volume of the tank (12L), P₂ is the pressure of the balloons (1atm, atmospheric pressure) And V₂ is the volume this gas will occupy at 1 atm, thus:
160atm×12L = 1atm×V₂
V₂ = 1920L
As the tank will never be empty, the volume of the gas able to fill balloons is the total volume minus 12L, thus the volume of helium able to fill balloons is:
1920L - 12L = 1908L
1908L will fill:
1908L× = <em>636 balloons</em>
<em></em>
I hope it helps!