The reaction may have not been complete yet, therefore resulting in a higher percent yield than 100%
Percentage error = Value experimental-Value acceptedValueaccepted x 100
If the percent error is 2.15%, that means your experimental value is that much more over than the accepted value. However, it is a very vague question, could be taken in many ways.
[(10.60 -8.75)/8.75] x 100 = 0.2114 x 100 = 21.14%
When you calculate results that are aiming for known values, the percent error formula is useful tool for determining the precision of your calculations. The formula is given by: The experimental value is your calculated value, and the theoretical value is your known value.
(experimental value - accepted value)/accepted value x 100 This is an absolute value, so ignore any minus sign.
Percent Error = {Absolute value (Experimental value - Theoretical Value) / Theoretical Value }*100
An experimental error is is
ERROR is the experimental value-accepted value.
accepted density is a part of the equation of the percent error... i.e. :experimental value- accepted value/ accepted value x100% = percent error
It is used to determine how accurate an experimental value is.
Percentage error = Value experimental-Value acceptedValueaccepted x 100
The formula for percent error is |experimental value-accepted value|/accepted value. The lines stand for absolute value. They are there to prevent a negative percent error, seeing as that is not possible, and they have the same effect on the order of operations as a pair of parenthesis. ITS 2.1%
the answer is error or experimental error.
The experimental error is an error in a science experiment. Eg.If you had two chemicals that were suposed to react if you put water in them and they did nothing that would be an experimental error. jasper attard
Error caused by instrumental limitations is actually called systematic error, not experimental error.
percent error = [(experimental value - actual value)/(actual value)] x 100 so in this case: % error = [(68.7-63.50)/(63.5]x100
If the percent error is 2.15%, that means your experimental value is that much more over than the accepted value. However, it is a very vague question, could be taken in many ways.