Volume of reaction flask is 2ml.
There are 273 nanomoles of molecular oxygen (O2)/ml of reaction volume at 25*C. What is the amount of atomic oxygen (nanomoles) in the reaction flask?
See your other posted. Answered elsewhere.
91.35X10=91350
To find the amount of atomic oxygen in the reaction flask, we need to convert the amount of molecular oxygen to atomic oxygen.
First, let's find the number of moles of molecular oxygen in the reaction flask. We have 273 nanomoles of molecular oxygen per milliliter, and the volume of the reaction flask is given as 2 mL.
So, the number of moles of molecular oxygen in the reaction flask would be calculated as follows:
Number of moles of molecular oxygen = (273 nanomoles/mL) * (2 mL) / (1,000,000 nanomoles per mole)
Now, we can convert the number of moles of molecular oxygen to the number of moles of atomic oxygen. If we assume that each molecule of O2 breaks down into two atoms of oxygen, then the amount of atomic oxygen is twice the amount of molecular oxygen.
Amount of atomic oxygen = 2 * (Number of moles of molecular oxygen)
Plug in the values to find the amount of atomic oxygen in the reaction flask.