The V Lookup formula is used to look up information in a list and extract the data into another list. It can also be used for matching; is the value I have in one list, also in another. One restriction with V Lookup is that the value you are looking for must be in the first column of the data you are looking through. VLookups can only extract data to the right of the column being interrogated.

The benefit of using Index and Match is that the data you are looking for can be in any column and you can extract data left or right of this column.

### Using the VLookup Formula

When using a Vlookup to look for an exact match of data, the entry in the first column of the range you are looking through must be unique. You can extract the data on the same sheet, to a new sheet or into a new document.

The following is a list of Personnel, in **B13** we need to find information relating to EMP ID – **1169** . As we are looking for an exact piece of information, we have to specify this as part of the formula.

To indicate which column you are extracting from, you enter the numeric position of the column within the list, not the Column Label. In the example below, we are going to extract the Salary, which would be column 7. This value is calculated from the first column you are looking through, i.e. Column 1 (Emp ID).

**Building the Formula:**

In this example the formula would be built in C13 to begin the formula enter an = sign, then type a V, all formulas beginning with V are displayed, double click on VLOOKUP to enter it.

Four parts are required in the formula, the parts of the formula need to be separated by a comma.

**Lookup Value** – The value you are looking for – **B13**

**Table Array** – The table you are looking through – **B2:J10**

**Col Index** – The column number you are extracting – **7** (Salary)

**Range Lookup** – To explain you are looking for an exact match – **FALSE**

False is used in an Excel formula to indicate that an exact match is required. This can also be entered as a numerical value 0.

**The result:**

Remember, the entry you are looking for must be in the first column of the table you are looking through and must be unique.

### Using Index with Match

The benefit of using these two formulas together, to extract data, is that the item you are looking for doesn’t need to be in the first column. So let’s consider doing the same exercise as before looking for an employee ID, however, that entry is not in the first Column, and the data to extract, the Department, is to the left of the EMP ID column.

First, we need to understand the Index and Match functions

### Index Function

The Index Function returns the content of a cell within a specified range.

The formula in F8 is being used to return the contents from the range A3:B5 – what is in the 3rd row and 2nd column of that range

**Array:** The range you are looking through – **A3:B5**

**Row Num:** The row number of the item you are looking for within the range – **3**

**Column Num:** The column label of the item you are looking for within the range – **2**

### Match Function

The Match Function returns the position of an item within a single range. So can be used with an Index Function to return the row number of the item you are looking for.

The formula in B11, is being used to return the row position of the Jacket in the range A6:A8.

**Lookup Value:** The item you are looking for – **A11**

**Lookup Array:** The single range to look through = **A6:A8**

**Match Type:** To look for an exact match – **0** being used instead of FALSE

### Using Index with Match

So the **INDEX** function is used to highlight the Column you wish to extract the data from E2:E10 and the **MATCH** function is used to return the position of the item in B13 within the range G2:G10, thus giving the Index Function the row number.

**Array Value:** The range you are extracting from – **E2:E10**

**Row Number:** The row number position– **Match** being used to find the row number. (Finding the position of the item in B13 in the Emp ID col G2:G10)

**Match Type:** To look for an exact match – **0** being used instead of FALSE