You may have used too much of the reactants. You may have recorded the mass of the reactants or products incorrectly.
A higher than expected percent recovery of copper could be caused by contamination in the sample leading to an overestimation of the copper content, incomplete purification steps resulting in higher apparent recovery, or errors in the analytical method used for quantification of copper. Sampling errors or improper handling of the sample could also contribute to the issue.
A percent purity greater than 100 percent is not physically possible because it implies that the sample contains more of the substance than it actually does. This could be due to errors in the measurement or calculation process, and it is important to double-check the methods used to determine the purity of the substance.
Percent error.
Possible sources of error in the copper cycle lab include incomplete precipitation reactions, incomplete filtration leading to loss of copper precipitate, experimental errors in measuring or transferring chemicals, and impurities in reagents affecting the reaction efficiency. Ensure that all steps are followed accurately and double-check measurements to improve percent recovery.
About 2.27%,
Other than WHICH errors!
Percent yield greater than 100% can occur due to impurities in the final product, incomplete reactions, or errors in the measurements taken during the experiment. It is a sign that not all of the reactants were converted to the desired product, leading to a higher yield than theoretically expected.
39/66=.5909. 59.09% of your errors are typos.
The hotter the sensor, the greater its errors.
No it is not. There are various places for errors. The specimen may not be perfect, and there are possible errors in the processing too.
Errors in the ATP7B gene produce a protein with decreased ability to bind copper. Unused copper is then absorbed back into the bloodstream where it is transported to other organs
True