Get the free Bi2O3 (s) + 3 C (s) ----- 2 Bi (s) + 3 CO (g)

CH1410 Homework #6 Due at the BEGINNING OF CLASS 10/26/2015 NAME: Score: (NOTE: For problems 1 and 2, you must calculate the molar masses involved.) 1. Bismuth oxide reacts with carbon to form bismuth

How to fill out bi2o3 s 3 c

How to fill out bi2o3 s 3 c

1. Start by gathering all the necessary materials such as a sample of Bi2O3 powder, a crucible, a balance, and a carbon source.
2. Weigh the crucible and record its mass.
3. Add a certain amount of Bi2O3 powder to the crucible. The amount will depend on the specific experiment or application.
4. Depending on the desired ratio of Bi2O3 to carbon, determine the appropriate amount of carbon source to add. This can be graphite, activated charcoal, or any other suitable carbon material.
5. Mix the Bi2O3 powder with the carbon source thoroughly to ensure a homogeneous mixture.
6. Carefully place the crucible containing the mixture into a furnace or a suitable heating apparatus.
7. Apply heat gradually to the crucible while maintaining a controlled atmosphere, such as a flow of inert gas or in a vacuum.
8. Heat the mixture to the desired temperature and hold it for the required duration, allowing the reaction between Bi2O3 and carbon to occur.
9. Once the reaction is complete, cool the crucible to room temperature.
10. Weigh the crucible with the resulting product and record its mass.
11. Calculate the yield of Bi2O3 to carbon conversion based on the mass difference between the initial and final measurements.
12. Clean up the equipment and properly dispose of any waste materials.

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