Formula Generator | Excel

Excel Formula Breakdown for Dynamic Data Retrieval

This guide explains a complex Excel formula using INDEX and MATCH functions to extract specific data from the HyundaiSales worksheet based on criteria from designated cells. It includes detailed breakdowns, explanations, and a practical


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Prompt

INDEX(HyundaiSales!$D$14:$AZ$8358;MATCH($Y17;HyundaiSales!$D$14:$D$80358;0);MATCH(AI$8;HyundaiSales!$D$14:$AZ$14;0)

Answer

Excel Formula Breakdown

The provided formula is designed to extract a specific value from the HyundaiSales worksheet based on the unique criteria specified in cells Y17 and AI8. Let's break down the components of the formula and explain its structure.

Formula Structure

INDEX(HyundaiSales!$D$14:$AZ$8358, MATCH($Y17, HyundaiSales!$D$14:$D$80358, 0), MATCH(AI$8, HyundaiSales!$D$14:$AZ$14, 0))

Components

  1. INDEX Function:

    • Syntax: INDEX(array, row_num, [column_num])
    • Purpose: Returns a value from a specified array at a given row and column index.
  2. MATCH Functions:

    • Syntax: MATCH(lookup_value, lookup_array, [match_type])

    • Purpose: Searches for a specified item in a range and returns the relative position of that item.

    • First MATCH:

      • Lookup Value: $Y17
      • Lookup Array: HyundaiSales!$D$14:$D$80358
      • Match Type: 0 (exact match)
      • Purpose: Finds the row number in the range where the value in Y17 exists.
    • Second MATCH:

      • Lookup Value: AI$8
      • Lookup Array: HyundaiSales!$D$14:$AZ$14
      • Match Type: 0 (exact match)
      • Purpose: Finds the column number in the header range where the value in AI8 exists.

Explanation

  • The INDEX function retrieves a value from the HyundaiSales dataset defined by the range $D$14:$AZ$8358.
  • The first MATCH identifies the row in the dataset where the value in Y17 is located.
  • The second MATCH identifies the column corresponding to the value in AI8.
  • By combining these functions, the formula returns the data point from the specified row and column intersection.

Practical Example

Consider the following situation in your Excel sheet:

  • You have a sales dataset in the HyundaiSales sheet.
  • Row 14 contains headers (e.g., car models, sales figures).
  • Column D (row 14 to 80358) contains car models.
  • You enter a specific car model in cell Y17 (e.g., "Elantra").
  • You enter a specific metric header in cell AI8 (e.g., "Q1 Sales").

Result

Using the formula:

=INDEX(HyundaiSales!$D$14:$AZ$8358, MATCH($Y17, HyundaiSales!$D$14:$D$80358, 0), MATCH(AI$8, HyundaiSales!$D$14:$AZ$14, 0))
  • If "Elantra" is in row 20 and "Q1 Sales" is in column 5, it will return the sales figure corresponding to "Elantra" for "Q1 Sales".

Conclusion

This formula is a powerful combination of the INDEX and MATCH functions, enabling dynamic data retrieval based on specific criteria. Understanding how each component contributes to the overall function is crucial for effectively utilizing Excel for data analysis and reporting.

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Description

This guide explains a complex Excel formula using INDEX and MATCH functions to extract specific data from the HyundaiSales worksheet based on criteria from designated cells. It includes detailed breakdowns, explanations, and a practical example for clarity.