All gases regardless of the size of the molecule take up the same space at the same conditions. In the reaction, 2 moles worth of anything takes up 50cm^3
All gases regardless of the size of the molecule take up the same space at the same conditions. In the reaction, 2 moles worth of anything takes up 50cm^3
That is not correct. I know what you are trying to say but I would not give you marks in an exam for writing that. You must be very careful with your wording.
For gases 2 moles worth of any gas takes up 48,000 cm3 under the standard conditions used.
One of the many issues that a lot of science students have is not writing technically correct answers. Using words like ions, molecules, intermolecular etc interchangeably in describing chemical bonding is a perennial example.
That is not correct. I know what you are trying to say but I would not give you marks in an exam for writing that. you must be very careful with your wording.
For gases 2 moles worth of any gas takes up 48,000 cm3 under the standard conditions used.
Okay well 2 moles worth relative in the molar ratio.
Okay well 2 moles worth relative in the molar ratio.
How about:
The mole ratio of CO to CO2 in the balanced equation is 1:1. Equal volumes of gases at stp contain the same number of moles. Therefore, 50 cm3 of CO produces 50 cm3 of CO2.