The balanced chemical reaction is:
<span>C6H12 + 9O2 = 6CO2 + 6H2O
We are given the amount of </span><span>C6H12 to be used for the reaction. THis will be the starting point for the calculations.
1.900 g </span>C6H12 ( 1 mol C6H12/ 84.18 g C6H12) ( 6 mol CO2 / 1 mol <span>C6H12) (44.01 g /mol ) = 5.96 g CO2
</span>1.900 g C6H12 ( 1 mol C6H12/ 84.18 g C6H12) ( 6 mol H2O / 1 mol <span>C6H12) (18.02 g /mol ) = 2.44 g H2O
</span>
Answer:
First option is the right choice.
Explanation:
Best Regards!
Answer:
elements on the left-hand side of the periodic table such as sodium and magnesium prefer to lose electrons to form a cation because this requires less energy to obtain a stable octet, and vice-versa for the right-hand side of the periodic table e.g. fluorine. However, using this reasoning I am not sure why all transition metals tend to lose electrons rather than gain them.
Gives away hydrogen ion Is an acid...while the one that accepts is a base
Answer:
Approximately .
Explanation:
If the concentration of ions in a solution is , the of that solution would be .
Note that the base of the logarithm in this calculation should . One way to be sure is to state the base explicitly. Using the change of base rule of logarithms:
.
In this question, it is implied that the concentration of in the given solution is , such that . Using the equations above:
.