Answer : The molecule of ethane present in 64.28 L of ethane gas at STP is,
molecule.
Solution :
At STP,
22.4 L volume of ethane present in 1 mole of ethane gas
64.28 L volume of ethane present in
of ethane gas
And, as we know that
1 mole of ethane molecule contains
molecules of ethane
2.869 moles of ethane molecule contains
molecules of ethane
Therefore, the molecule of ethane present in 64.28 L of ethane gas at STP is,
molecule.
Answer:
A. to determine the efficiency of the reaction
Explanation:
- Percentage is the ratio of the actual yield to theoretical yield as a percentage. It is calculated by dividing the actual yield by theoretical yield then multiplying by 100%.
- Calculation of percentage yield is important as it helps in the determination of efficiency of a reaction. For example in most industries for the purpose of making the most product with the least waste.
- Additionally, calculating the percentage yield helps in determining other products that may be formed during the reactions.
There are four atoms of fluorine present
It can form long chains, unlike any other element
It is found in every life-related chemical
The correct answer is that the energy will be transferred
into the system and as well as the solubility of lithium chloride will likely
increase. It Is because LiCl is soluble when is dispersed in hot water that is
why the solubility of lithium chloride will increase and that the heating
solution will likely transfer the heat energy in the system in which the energy
will be transferred in the system is correct.