Benadryl is an over-the-counter drug used to treat allergy symptoms. The formula of benadryl is C17H21NO.
How many moles of C are present in 0.759 mole of benadryl?
0.759 mols ben x (17 C atoms/1 mol ben) = ?
12.903
To determine the number of moles of carbon (C) present in 0.759 moles of benadryl (C17H21NO), we need to find the mole ratio between C and C17H21NO.
From the chemical formula of benadryl (C17H21NO), we can see that there are 17 moles of carbon (C) in one mole of benadryl (C17H21NO).
So, the number of moles of C in 0.759 moles of benadryl can be calculated as follows:
Number of moles of C = 0.759 moles of benadryl × (17 moles of C / 1 mole of benadryl)
Number of moles of C = 0.759 × 17 moles of C
Number of moles of C = 12.903 moles of C
Therefore, there are approximately 12.903 moles of carbon (C) present in 0.759 moles of benadryl.
To find the number of moles of carbon (C) present in 0.759 moles of benadryl (C17H21NO), we need to calculate the mole ratio between carbon and benadryl.
The formula for benadryl (C17H21NO) tells us that there are 17 carbon atoms (C) in one molecule of benadryl. Therefore, for every one molecule of benadryl, we have 17 moles of carbon.
To find the number of moles of carbon in 0.759 moles of benadryl, we can multiply 0.759 moles by the mole ratio of carbon to benadryl (17 moles C / 1 mole benadryl):
0.759 moles benadryl * (17 moles C / 1 mole benadryl) = 12.903 moles C
Therefore, there are approximately 12.903 moles of carbon (C) present in 0.759 moles of benadryl.