The error in Sue's conversion method is that 1 m³ should be written as 1 oz.
Errors in chemical analysis result when there is a difference between observed value and the true value.If the magnitude of errors is large , it results in decrease in accuracy, reproducibility, and precision.
There are three types of errors:1) random error 2) systematic error 3) human error.The cause of random errors are difficult to quantify while the human errors can be minimized by taking a range of readings to reduce the error.
Errors while measuring boiling point may be human errors while noting down the boiling temperature or instrumental or systematic error if there is a fault in the thermometer.
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Your question is incomplete , but most probably your full question was:Sue used the following method to convert 5 g/gal to oz/m^3.
((5 g) / (1 gal)) x ((1 gal/ (0.00378541 m^3)) x ((1 m^3) / (28.3495 g)) = 45.59 oz/m^3
(1 gal = 0.00378541 m^3 and 1 oz = 28.3495 g)
What is the error in Sue’s conversion method?
A. 0.00378541 m^3 should be written as 0.00378541 gal.
B. 28.3495 g should be written as 28.3495 oz.
C. 5 g should be written as 5 oz.
D. 1 m^3 should be written as 1 oz.