For different purposes, you may need to find the top n number of values in Excel, n can be 5 or 10 and many more. Today we are going to show you how to find the top 10 values from a list with duplicates. For conducting the session, we are using Excel 2019. You can choose your preferred version.

Before diving into the session, letâ€™s get to know about todayâ€™s workbook which is the base of our examples.

We have a basic table, consisting of the sites and their respective number of visits per month. Using this relationship, we will see how to find the top 10 values.

There are a couple of duplicate values in the second column, they are stored on purpose.

This is a basic table to show you simple examples, you may encounter a much larger data set in the real-life scenario.

## Practice Workbook

You are welcome to download the workbook from the link below.

## Top 10 List with Duplicates

### 1. Using Formula

#### I. Combination of LARGE and INDEX â€“ MATCH formula

Whenever you see the word â€˜topâ€™, you might have understood that one function we are going to use is the **LARGE **function.

Since our agenda is to find the top 10 values, letâ€™s set the rank numbers (1 to 10).

Our scenario is such that we will fetch the top 10 visited sites.

To do the task we need to use the **LARGE **function. The **LARGE **function returns numeric values based on their position in a list when sorted by value.

`LARGE(array, k)`

**array: **The array from which you want to select the kth largest value.

**k: **An integer that specifies the position from the largest value.

We will provide the position using the *k*. When we need the top 10 value, then the value of *k *will be 1 to 10.

Write the formula in Excel.

Here we have inserted the visits amount column as the *array *and the *Rank *as the *k. *Here we have found the most visited site.

Write the formula for the rests.

We have found the top 10 most visited sites from our list.

Now, do you think, if we conclude our task here will that match an ideal standard?

No, in most cases it will not. We need to find the items/names which is at the top.

To find the names we need to use the combination of the **INDEX-MATCH** functions.

**INDEX(find_array,MATCH(lookup_value,lookup_array, 0))**

The **MATCH** function is used to locate the position of a lookup value in a row, column, or table.

The **INDEX** function returns the value at a given location in a range or array.

Write the formula in Excel.

Inside the **INDEX **function, we have inserted the *Site Name *column as our find_array. The **MATCH **function for declaring the row number.

Within the **MATCH** function, we have inserted the lookup_value and lookup_array. Our *lookup_value *is the *visit *value we have derived. 0 for stating Exact Match.

The formula gave the result.

Now write the formula for the rest of the rows.

Oh! Not the items we were looking for.

Our table has a number of duplicate visits. A couple of sites have the same amount of visits. Thatâ€™s fine. But our formula should derive both the names. But this formula is unable to do that.

So what can we do? Do we need to modify the formula?

Obviously yes. We need to modify the formula.

Our modified formula will be

`INDEX(find_array,MATCH(1, compare_value*check_already_matched,0))`

Write the formula in Excel.

In the **MATCH **function, we have set 1 as the *lookup_value.Â *

Then we have compared the value using **$B$4:$B$19=LARGE( **$B$4:$B$19, E4). This will return an array of **TRUE **or **FALSE.Â **

Write this portion in Excel

Press the **F9 **key.

You will see an array of **TRUE **or **FALSE.Â **

Now the **COUNTIF** function with an expanding range reference checks if a given item is already in the top list. It also returns an array of **TRUE **or **FALSE.Â **

Press the **F9 **key.

When we multiply these two arrays then another array of 1s and 0s is returned.

Press theÂ **F9Â **key now.

The lookup_value 1 matches with this array and returns the relative position.

Write the entire formula and press **CTRL + SHIFT + ENTER**

Write the formula for the rest of the rows.

Worked perfectly and provided what we wanted.

#### II. Combination of SMALL and INDEX Functions

We can use the combination of the **SMALL** and **INDEX **functions as well.

But before that, letâ€™s set the rank dynamically.

We have a placeholder *Top* for how many values we want to see.

We will set such a way that the row number will fetch until it becomes higher than the number of values we want to see.

We have used the **IF **function to do that.

Now fetch the top 10 values.

The formula is similar to the previous one. In addition, we have added an **IF **statement there to eradicate the error value for empty cells.

Now our formula to find the items will be

`INDEX(find_array,SMALL(IF(looup_array=lookup_value, ROW(find_array)-ROW(first_row)+1, COUNTIF(lookup_value_array,lookup_value)))`

Use the **IF **statement as previous to eradicate any error for the empty cells.

Using the **SMALL **function, we find the *row_number *for the **INDEX **function. Inside the **SMALL **function, we have an **IF **function that checks whether the lookup_value is within the array or not.

The **ROW **functions are used to generate the row numbers starting from 1.

The **COUNTIF **function for checking whether the value has already been traversed or not.

The combination of the result from these functions produces a row_number that is needed to be fetched from the array.

Since itâ€™s an array function, hit **CTRL + SHIFT + ENTER **to execute the formula.

We have found the *Site *name which topped the list.

Write formula or exercise Excel Autofill for the rest of the values.

#### III. Using AGGREGATE Function

We can use the **AGGREGATE** function as well for our task. If you are using an Excel version higher than 2007, then you can use this function.

The **AGGREGATE** function returns an aggregate calculation like *AVERAGE*, *COUNT*, *MAX*, *SUM, etc*.

The syntax for the **AGGREGATE **function is as follows

`AGGREGATE(function_number,behavior_option, range)`

**function_number: **This number specifies which calculation should be made.

**behavior_option: **Set this using number. This number denotes how the function will behave.

**range: **Range you want to aggregate.

There are a total of 19 operations, specified by the predefined *function_number *available in the **AGGREGATE **function. We are listing few frequently used function numbers

Function | Function_number |
---|---|

AVERAGE | 1 |

COUNT | 2 |

COUNTA | 3 |

MAX | 4 |

MIN | 5 |

PRODUCT | 6 |

SUM | 9 |

LARGE | 14 |

SMALL | 15 |

There are 8 possible values for behavior_options. They are

Value | Behavior |
---|---|

0 | Ignore SUBTOTAL and AGGREGATE functions |

1 | Ignore hidden rows, SUBTOTAL and AGGREGATE functions |

2 | Ignore error values, SUBTOTAL and AGGREGATE functions |

3 | Ignore hidden rows, error values, SUBTOTAL and AGGREGATE functions |

4 | Ignore nothing |

5 | Ignore hidden rows |

6 | Ignore error values |

7 | Ignore hidden rows and error values |

We are leaving the link to the Microsoft Support site for the **AGGREGATE **function, which will help you know the function much deeper.

We need the **SMALL **functionality, so we will use 15 as *function_number.*

Our formula will be

`INDEX(find_array,AGGREGATE(15,6,(ROW(find_array)-ROW(first_row)+1)/(lookup_array=lookup_value), COUNTIF(lookup_value_array,lookup_value)))`

Write the formula in Excel.

If you have understood the earlier formulas then the only question that will be on your mind is why did we use 6 as behavior_option?

Can you figure out why?

Letâ€™s help you a bit. Write the **ROW **division portion in Excel

Press the **F9 **key. Always when you want to see the insights, just hit **F9 **there.

A bunch of division errors within the array. Which number can we use for ignoring errors?

Yes, to ignore the error, we have used 6 as our behavior_option value.

To execute this formula you need to hit **ENTER **only.

Write the formula for the rest of the rows.

### 2. Using Pivot Table

Apart from using the formula, we can use the **Pivot Table** to find the top 10 values from a list.

First of all, select the entire table and then explore the **Insert **tab, you will find the **Table **section.

Within the **Table **section, there will be an option called **Pivot TableÂ **Click that.

A dialog box will open in front of you.

Check the range and click **OK **(you can simply hit **ENTER **as well).

A new sheet will open like the above image.

Now **Drag **the *Site Name *to the *Rows *and the visit value column to the *Values.Â *

Usually, the **Pivot Table **sums up the numeric values. Thatâ€™s not a contender for our concerns.

Click the *Filter *icon beside the *Row Labels.*

Now inside the **Value Filters, **you will find the **Top 10 **option. Click that.

A dialog box will pop up. Click **OKÂ **

You will find the top 10 values from your list.

## Conclusion

Thatâ€™s all for the session. We have tried listing several ways to find the top 10 lists with duplicates in Excel. Hope you will find this helpful. Feel free to comment if anything seems difficult to understand. Let us know any other methods which we might have missed here.

## Further Readings:

**How to Find, Highlight & Remove Duplicates in Excel****How to Find & Remove Duplicate Rows in Excel****How to Highlight Duplicate Rows in Excel (3 Ways)****How to Compare Rows in Excel for Duplicates****Find Matches or Duplicate Values in Excel (8 Ways)****How to Find Matching Values in Two Worksheets in Excel (4 Methods)****Excel Formula to Find Duplicates in One Column****Excel Find Similar Text in Two Columns****Find Duplicates in Two Columns in Excel (6 Suitable Approaches)****Finding out the number of duplicate rows using COUNTIF formula**