Question | Answer |
The actual amount of product may be less than the amount you've [...]. | The actual amount of product may be less than the amount you've predicted. |
The maximum amount of product that can be obtained from any reaction is called the [...] yield. | The maximum amount of product that can be obtained from any reaction is called the theoretical yield. |
Remember that the theoretical yield is based on the [...]. | Remember that the theoretical yield is based on the equation |
When you actually perform the specified chemical reaction, you obtain an amount of product called the [...] yield. | When you actually perform the specified chemical reaction, you obtain an amount of product called the actual yield. |
For many reasons, the [...] yield is most often lower than the [...] yield. | For many reasons, the actual yield is most often lower than the theoretical yield. |
The [...] yield communicates the difference between the actual yield and the theoretical yield. | The percent yield communicates the difference between the actual yield and the theoretical yield. |
The percent yield is a number without [...] (it's just a percentage). | The percent yield is a number without units (it's just a percentage). |
[...] Yield = 100 * (actual yield)/(theoretical yield) | Percent Yield = 100 * (actual yield)/(theoretical yield) |
The [...] yield is the yield you calculate based on stoichiometry. | The theoretical yield is the yield you calculate based on stoichiometry. |
The 'yield' of a reaction is how much [...] it yields (gives, creates, etc.). | The 'yield' of a reaction is how much product it yields (gives, creates, etc.). |
Percent Yield = 100 * ([...] yield)/([...] yield) | Percent Yield = 100 * (actual yield)/(theoretical yield) |
Percent Yield = [...] * (actual yield)/(theoretical yield) | Percent Yield = 100 * (actual yield)/(theoretical yield) |
Percent Yield = 100 * [...] | Percent Yield = 100 * (actual yield)/(theoretical yield) |