Answer:
1125mL
Explanation:
this can be done using general gas law
C. rate = k[C4H9Br]
The slow step is always the rate-determining step. In the slow step, C4H9Br is the only reactant and has a coefficient of 1, so it is first order in the rate law.
Explanation:
potential energy is the correct answer
Answer : The volume of 1 mole of
and
gases are the same.
Solution: Given,
Moles of
= 1 mole
Moles of
= 1 mole
Moles of
= 2 mole
Formula used for ideal gas is :
P V = n R T
According to the question, the gases are at standard temperature and pressure. So, the volume of gases only depends on the number of moles. This means that the higher the number of moles, higher will be the volume of gas.
The moles of
are more than the moles of
and
. So, the volume of
will be more.
And the moles of
and
are equal. Therefore, their volumes are also equal.
Therefore, the best option is the volume of 1 mole of
and
gases are the same.
Answer:
i can send u all of the bio stuff i have maybe it will help
Explanation: