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Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.Deleting a row or column can cause some formulas not to be able to reference a value resulting in the #REF! error being displayed in the affected cells.
That will depend on what the error is. Different problems result in a formula not being able to calculate. The appropriate error message for the situation will be displayed. Here are error messages you will see: #REF! #DIV/0! #NAME? #NULL! #N/A! #NUM! #VALUE!
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The Autosum button can do all of those things.
There is no way to have a value in one cell put a formula in another cell. However, you can put a formula in a cell that will change, based on the value of another cell. If you put the formula =A1 in cell B1, B1 will display the value of whatever you place in cell A1.
Given a true value and the measured value,the error is measured value - true value;the relative error is (measured value - true value)/true value, andthe percentage error is 100*relative error.
The relative error puts the size of the error into context. An absolute error of 10, in a number whose value is 1 indicates a range of -9 to 11 for the true value. This means that telling you that the value is 1 is near enough pointless. On the other hand, an absolute error of 10 in a number whose value is 1 billion means that the true value is somewhere in the range 999,999,990 and 1,000,000,010. I suggest that the discrepancy is not significant. The relative error in the first case is 1000% and in the second, it is 1 millionth of 1%.
Repeated pound signs in Excel (e.g., ##########) means there are too many characters in the cell to be displayed in the column width. Increase the width of the column until you can see the content of the cell. Another option might be to format the cell for word wrap.
The 5 is a unitThe 2 has the value of 20 (because it is in the tens column)The 8 has the value of 800 (because it is in the hundreds column)The 6 has the value of 6000 (because it is in the thousands column)The 3 has the value of 30000 (because it is in the tens of thousands column)
Each column has a place value that is ten times the place value of the column to its right.
It is in the place value column that is two after the decimal point; this column is the hundredths column, thus the 5 is five hundredths.