Dissolving 33mg Bismuth in 63% HNO3 with density 1,370 g/mL is my problem, which I need to calculate and I know how to calculate it, except it does not say exactly whi
Need help with this assignment?Get an original answer from a qualified tutor — from $10/page.
Get it written →chemistry exercise
Dissolving 33mg Bismuth in 63% HNO3 with density 1,370 g/mL is my problem, which I need to calculate and I know how to calculate it, except it does not say exactly which reaction occurs. But there are so many different reactions between Bi and HNO3.
HNO3 + Bi = …I need to know the ratio of moles of HNO3 and Bismut to calculate my problem. Can you help me?
So, i need this: N(HNO3) / n(Bi)
My problem is, there are many different reactions between HNO3 and Bismuth as you can see in the picture. So which ratio do you use here?
Do you calculate the average ratio of all the reactions or how do you get this ratio n(HNO3) : n(Bi)? If so, how do you calculate the average?
My problem does not say which reaction occurs in the experiment, so how can I calculate the ratio of moles?
Requirements: | .doc file
Get a plagiarism-free answer to this question
Send us your instructions and we’ll match you with the best writer in your subject.
- 100% human-written, zero AI
- Turnitin report included
- Confidential — we never share your data
- Free revisions & refunds