In Excel if you have a list of values and you cannot find an exact match, then you need to find either the **Closest Larger** or **Closest Smaller** value. For example, if you are doing a comparison of numbers and you do not find an exact match in the range, you can use the next larger or smaller number and proceed ahead.

We can use a combination of the **Countif, Large **and** Small** formula to get our output.

Countif is used to count the number of times specific data is repeated in a range of cells.

**Syntax =COUNTIF(range,criteria)**

**Large:** Returns the k-th largest value in a data set.

**Syntax =LARGE(array,k)**

**Small:** Returns the k-th smallest value in a data set.

**Syntax =SMALL(array,k)**

**Let us understand what is Closest Larger & Smaller Number**

We have a list with random numbers 1,2,3,5,8,10 and we need a formula to evaluate the following:

- If k is in the list, return k

- If k is not in the list, return the next higher value. For example, if k =7, return 8 (in case of closest larger number)

- If k is not in the list, return the next smaller value. For example, if k =7, return 5

(in case of closest smaller number)

Let’s take an example, we have some random numbers in column A & we need to find the value in this range, which is the **Closest Smaller** or **Closest Larger** to cell B2 which contains **46.** This number is not available in our range. See the below screenshot

Let us see how we calculate the **Closest Larger Number** first:

We can manually check the next largest value to 46 which is 54.

Now lets try to obtain the same result using formula -

- We will use a combination of the
**LARGE & COUNTIF**functions to generate the closest larger number. - Criteria is
**greater than ‘>’**sign with Lookup Value i.e. cell B2 - The greater than sign combined with the Lookup value will return 5 values i.e. 54, 57, 61, 74, 83 which are larger than
**46**. - When we merge theLarge &Countiffunctions, we will get 54. Refer to the formula in cells G2 and G3 in the snapshot below.

PS: B2 in Countifformula is the Lookup Value i.e. 46

- In cell C2, the formula used for finding
**Closest Larger**number is**=LARGE($A$2:$A$8,COUNTIF($A$2:$A$8,”>”&B2))**

Now let us see how we calculate the **Closest Smaller Number** -

We can manually check the next smaller value to 46 which is 28.

Lets obtain the same output using formula -

- We will use a combination of the
**SMALL& COUNTIF**functions to generate the closest smaller number. - Criteria is
**lessthan ‘<’**with Lookup Value i.e. cell B2 - Less than sign combined with the Lookup value will return 2 values, i.e.16& 28which are smaller than
**46**. - When we merge the Small &Countiffunctions, we get 28. Refer to the formula in cells G5 and G6 in the snapshot below.

See below screenshot with formula:

Note: cell B2 in CountifFormula is the Lookup Value i.e. 46

- In cell D2, the Formula used for finding
**Closest Smaller**number is**=SMALL($A$2:$A$8,COUNTIF($A$2:$A$8,”<”&B2))**

This is the how we can return the closest larger number and closet smaller number.

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Thank you very much for this one. I was trying to IndexMatch weight belonging to a certain date. However, that date was not contained in my target array.

So I just needed the MATCH function to either match to my exact lookup_value or to the next highest date available.

And I see you solely responsible for my breakthrough and this abomination of an interns panic code:

=INDEX(_tab_body_metrics,MATCH(SMALL(_tab_body_metrics[DateTime],COUNTIF(_tab_body_metrics[DateTime],”<="&G82)),_tab_body_metrics[DateTime],0),2)

It's not pretty but boy does it work! It works way harder than me.

Thank you, exactly what I was looking for, bang on target.