--- title: "IFS Function in Google Sheets: Complete 2025 Guide" canonical: "https://www.owox.com/blog/articles/ifs-function-google-sheets" updated: "2026-09-30" --- # IFS function in Google Sheets: several conditions in one formula Simplify logic with IFS in Google Sheets. Learn setup, use cases, and troubleshooting for effective data management [Google Sheets Tips](/blog/topics/google-sheets-tips) · Updated September 4, 2024 · [Vadym Kramarenko](/team/vadym-kramarenko) · 12 min read ![IFS function in Google Sheets: several conditions in one formula](https://cdn.owox.ai/www/webflow/69f09c3edb03da66c7d09202_USE-THE-IFS-FUNCTION.png/public) The IFS function in Google Sheets **simplifies complex conditional logic,** making it indispensable for a diverse range of users. It evaluates multiple conditions and returns the value associated with the first true condition encountered among the supplied logical tests. ![Banner reading “Use the IFS function”, beside a traffic light.](https://cdn.owox.ai/www/webflow/69f09c58fac6e56b67dbff0d_USE-THE-IFS-FUNCTION-2.png/public) Financial analysts and accountants can **enhance budgeting and forecasting,** while small business owners can automate **decision-making for sales, inventory, or customer data.** This guide will walk you through leveraging the IFS function to elevate your data management and reporting capabilities. ## Introduction to the IFS Function in Google Sheets The IFS function in Google Sheets is a tool that **automates complex conditional logic** by evaluating multiple conditions within a single formula without the need for nested IF statements. While a nested IF formula can achieve similar outcomes, it often results in greater complexity and confusion due to its repetitive structure and numerous parentheses. The function efficiently tests logical expressions and returns the value corresponding to the first condition that is TRUE. ### IFS Function Syntax The syntax of the IFS function in Google Sheets is straightforward and allows you to **evaluate multiple conditions** within a single formula. Here’s how it is structured: > **\=IFS(condition1, value\_if\_true1, \[condition2, value\_if\_true2, …\])** Let’s break down what these parameters represent: * **condition1:** The first condition to evaluate. If this condition is TRUE, the function returns value\_if\_true1. * **value\_if\_true1:** The value to return if condition1 is TRUE. * **condition2, value\_if\_true2, …:** Optional additional conditions and corresponding values. You can include as many pairs as needed. The function checks each condition sequentially from left to right. When a condition is met (evaluates to TRUE), the corresponding value is returned, and no further conditions are evaluated. If no conditions are met and there is no default condition-value pair, the function returns an error (#N/A). **💡** _While this function simplifies handling multiple conditions in Google Sheets, understanding the IF function provides a foundation for all conditional operations. Explore our detailed_ [_guide on the IF function_](https://www.owox.com/blog/articles/if-function-google-sheets/) _to enhance your conditional logic skills further._ [![How to Leverage the IF Function in Google Sheets for Conditional Logic](https://cdn.owox.ai/www/webflow/679fdc99dc2f428751032307_679fdc23dc2f428751028cb7_-D0-97-D0-BD-D1-96-D0-BC-D0-BE-D0-BA-20-D0-B5-D0-BA-D1-80-D0-B0-D0-BD-D0-B0-202025-02-02-20-D0-BE-2022.56.34.png/public)](https://www.owox.com/blog/articles/if-function-google-sheets/) ### Implementing IFS in Google Sheets IFS elevates your ability to **handle complex conditional logical expressions** effortlessly. The IFS function in Google Sheets can be used to evaluate sales team performance based on predefined criteria, categorizing performance and assigning grades based on numerical thresholds. ## Comparing IF and IFS Functions: When to Use Each? The IFS and IF functions in Google Sheets both perform logical tests, but the IFS function is better for **handling multiple conditions.** With IFS, you can test various conditions in a single, straightforward formula. In contrast, the traditional IF function requires nested IF statements for multiple conditions, which can make the formula complex and hard to read. Thus, the IFS function provides a **cleaner and more efficient way** to manage and evaluate several conditions in your data. **💡** _As you harness the capabilities of the IFS for targeted data evaluation, consider the benefits of integrating data from multiple sheets with IMPORTRANGE. Dive into our detailed_ [_article on using IMPORTRANGE_](https://www.owox.com/blog/articles/importrange-google-sheets/) _to seamlessly consolidate data and enhance your spreadsheet workflows._ [![The Ultimate Guide to Using IMPORTRANGE in Google Sheets](https://cdn.owox.ai/www/webflow/679ffc99ee6bcf381453e79a_679ffbe9e26375704fd384d1_-D0-97-D0-BD-D1-96-D0-BC-D0-BE-D0-BA-20-D0-B5-D0-BA-D1-80-D0-B0-D0-BD-D0-B0-202025-02-03-20-D0-BE-2001.12.08.png/public)](https://www.owox.com/blog/articles/importrange-google-sheets/) ## The Turning Point OWOX Data Marts See your first report built in real time. _15 minutes._ 1. Connect your data warehouse 2. Pick your metrics 3. Get a live Google Sheets report In the time it takes to write a ticket. Then imagine never writing that ticket again. [Book a Demo](https://www.owox.com/demo) We'll use your actual use case ## Practical Applications of the IFS Function in Google Sheets Discover practical ways to utilize the IFS function in Google Sheets, **simplifying complex conditional logic** and enhancing your ability to manage and analyze data efficiently across various scenarios. ### Using the IFS Function for Grading Systems This function is ideal for creating grading systems that assign letter grades based on numerical scores. It simplifies the **process of evaluating multiple conditions**, making it perfect for performance assessments. This letter grade-based system allows educators to assign grades according to specific score ranges efficiently. Imagine you have a list of student scores in column A, and you want to assign grades based on the following scale: * **A** for scores 90 and above * **B** for scores between 80 and 89 * **C** for scores between 70 and 79 * **D** for scores between 60 and 69 * **F** for scores below 60 Let’s take a look at the formula with IF function: > **\=IFS(C3>=90, “A”, C3>=80, “B”, C3>=70, “C”, C3>=60, “D”, C3<59, “F”)** The formula will assign the grades “A”, “B”, “C”, “D”, and “F” in column D accordingly. ![Google Sheets with IFS turning student scores into letter grades from A to F.](https://cdn.owox.ai/www/webflow/6787daffe3b6eb474a1f4d4a_54896.png/public) Don’t forget to drag the formula down to apply it to all the range. By using IFS in this way, you can efficiently manage and **automate grading systems**, ensuring accurate and consistent results. **_💡_** _While mastering the IFS function simplifies conditional operations, leveraging ARRAYFORMULA can amplify your data handling efficiency. Explore our comprehensive_ [_guide on using ARRAYFORMULA_](https://www.owox.com/blog/articles/array-formulas-google-sheets/) _to extend your formulas across multiple rows and columns effortlessly._ [![Mastering ARRAYFORMULA in Google Sheets: A Complete Guide](https://cdn.owox.ai/www/webflow/679fd68dcf28d0f2486c25c0_679fd66f284b472d98c6cd71_-D0-97-D0-BD-D1-96-D0-BC-D0-BE-D0-BA-20-D0-B5-D0-BA-D1-80-D0-B0-D0-BD-D0-B0-202025-02-02-20-D0-BE-2022.31.58.png/public)](https://www.owox.com/blog/articles/array-formulas-google-sheets/) ### Categorizing Data with the IFS Function Whether you’re organizing customer feedback, segmenting financial data, or classifying products, the IFS function **simplifies assigning categories** based on specific criteria. Suppose you have a list of sales figures in column C and you want to categorize them as “High”, “Medium”, or “Low” based on the following thresholds: * **High** for sales over $10,000 * **Medium** for sales between $5,000 and $10,000 * **Low** for sales under $5,000 Here is the IFS formula: > **\=IFS(C3> 10000, “High”, C3>= 5000, “Medium”, TRUE, “Low”)** Obviously, the IFS function simplifies complex logic by eliminating the need for nested IF statements, making formulas easier to read and maintain. ![Google Sheets with IFS labelling sales as High, Medium or Low against thresholds.](https://cdn.owox.ai/www/webflow/6787daffafd09f3a8408f779_54900.png/public) This approach allows you to **quickly categorize your data** based on **multiple criteria**, making your data analysis more efficient and clear. ### Complex Decision-Making Using IFS in Google Sheets Complex decision-making when using IFS involves leveraging its ability to evaluate multiple conditions within a single formula. This function is **ideal for scenarios requiring nuanced logic** and clear outcomes based on various criteria. Imagine you are managing a project where tasks need to be prioritized based on urgency and impact. You want to use the IFS function in Google Sheets to automatically assign priority levels based on the following criteria: * **High**: Tasks with urgency level 4 or higher and impact level 3 or higher. * **Medium**: Tasks with urgency level 3 or higher and impact level 2 or higher. * **Low**: All other tasks. The following IFS formula would assign priority to the task because it meets both the urgency and impact criteria specified: > **\=IFS(AND(C3>= 4, D3 >= 3), “High”, AND(C2 >= 3, D2 >= 2), “Medium”, TRUE, “Low”)** Here, the AND function plays a critical role in evaluating multiple conditions to determine the priority of tasks. The **AND function checks whether both conditions for urgency and impact are met** for each priority level. ![Google Sheets with IFS with AND rating tasks High, Medium or Low from their urgency and impact.](https://cdn.owox.ai/www/webflow/6787db00f52d7577b7e4b41e_54902.png/public) In this example, IFS **replaces cumbersome nested IF statements** with a more efficient and easy-to-use solution, enhancing your ability to manage and discover insights from complex datasets. While both can perform logical tests, nested IFs can create lengthy and confusing formulas with multiple brackets, making IFS a more streamlined approach. ## Combining IFS with Other Google Sheets Functions Combining the IFS function with other Google Sheets functions enhances your ability to create **powerful and dynamic** formulas for data analysis and management. Whether integrating it with functions like SUM, AVERAGE, or VLOOKUP, or incorporating it into **complex nested formulas**, such combinations allow for sophisticated data processing. While the IFS function and other functions can achieve the same result, the IFS function **simplifies the formula** and **makes it easier to read** when dealing with multiple conditions. ### Integrating IFS with the COUNTIF for Detailed Analysis IFS function with the [COUNTIF](https://www.owox.com/blog/articles/countif-and-countifs-google-sheets/) function enables **categorizing and counting specific occurrences** based on multiple conditions. Let’s say you have a list of students and their grades in a class, and you want to categorize them based on whether they scored above or below 80 in a class. Here’s how you can approach the IFS formula with COUNITS: > **\=IFS(COUNTIF(C3:C10,“>80”)>0, “High Achievers: “&COUNTIF(C3:C10,”>80”), COUNTIF(C6:C13,“<=80”)>0, “Need Improvement: “&COUNTIF(C6:C13,”<=80”))** In this example: * **Column C** lists the grades of the students. * **Cell E3** shows the result evaluating the number of “High Achievers”. ![Google Sheets with IFS with COUNTIF returning a message with a count of high achievers.](https://cdn.owox.ai/www/webflow/6787daff24dcc864334c3083_54906.png/public) The formula begins by counting the number of students scoring above 80. If any are found, it returns the label “High Achievers” followed by the count. If no students score above 80, it then checks for students scoring 80 or below. However, if found, it returns “Need Improvement” along with the count. This method allows you to dynamically adjust the feedback provided based on student scores, making it easy to pinpoint areas of strength and improvement. **💡** _Master the IFS function to streamline decision-making in Google Sheets. To further enhance your skills, delve into our article on_ [_VLOOKUP and XLOOKUP_](https://www.owox.com/blog/articles/key-differences-of-xlookup-vs-vlookup/) _for precise data retrieval._ [![Top 5 Differences Between VLOOKUP and XLOOKUP in Google Sheets](https://cdn.owox.ai/www/webflow/679fe0323081be9f72e3a376_679fe019f9c975a1e47bee7a_-D0-97-D0-BD-D1-96-D0-BC-D0-BE-D0-BA-20-D0-B5-D0-BA-D1-80-D0-B0-D0-BD-D0-B0-202025-02-02-20-D0-BE-2023.13.42.png/public)](https://www.owox.com/blog/articles/key-differences-of-xlookup-vs-vlookup/) ### Combining IFS with SUMIF for Financial Calculations Combining the IFS function with SUMIF in Google Sheets is beneficial for performing financial calculations that require **conditional sums** based on different criteria. Assume we have a list of products from **various stores along with their sales figures**. We would like to find out the total sales for notebooks. Let’s take a look at the IFS formula with SUMIF: > **\=IFS(SUMIF(B3:B11, “Notebooks”, C3:C11) > 0, “Total for Notebooks: “ & SUMIF(B3:B11, “Notebooks”, C3:C11), SUMIF(B3:B11, “Cables”, C3:C11) > 0, “Total for Cables: “ & SUMIF(B3:B11, “Cables”, C3:C11))** Since both sums are greater than 0, the formula will first return **“Total for Notebooks: 32967”** because the condition for “Notebooks” is checked first in the IFS function. ![Google Sheets with IFS with SUMIF returning the total sales for one product.](https://cdn.owox.ai/www/webflow/6787db00567aa4a48ed63c56_54910.png/public) The IFS function helps define multiple conditions, while SUMIF **efficiently adds up values** that meet **specific criteria**, making it easier to analyze financial data and derive actionable insights directly within your spreadsheet. ### Leveraging IFS and VLOOKUP for Conditional Data Lookup Using IFS with VLOOKUP enables **conditional data lookup,** facilitating precise retrieval of information based on specified criteria. Suppose you have a table with employee names, IDs, and their departments. You want to find the department of an employee based on their ID. Here’s how you can use both together: > **\=IFS(VLOOKUP(F3, B3:D7, 3, FALSE)=“Sales”, “Sales Employee”, VLOOKUP(F3, B3:D7, 3, FALSE)=“Marketing”, “Marketing Employee”)** This formula will return “Sales Employee” if the department of the employee with the ID is “Sales”, and “Marketing Employee” if the department is “Marketing”. For instance, entering “101” in the cell F3 will result in “Marketing Employee” in the cell F6. ![Google Sheets with IFS with VLOOKUP labelling an employee by department.](https://cdn.owox.ai/www/webflow/6787db008d349f67effb95de_54912.png/public) By using IFS with VLOOKUP in this way, you can **efficiently handle conditional lookups** and manage complex data relationships. **💡**_Mastering the IFS function enhances your conditional logic in Google Sheets. For deeper insights, explore our guide on the_ [_VLOOKUP function_](https://www.owox.com/blog/articles/vlookup-in-google-sheets/) _to refine data retrieval. Discover more in our VLOOKUP tutorial._ [![Everything about VLOOKUP in Google Sheets](https://cdn.owox.ai/www/webflow/679fdb191255e16c60379eea_679fdaf4dd31b1670c3e684d_-D0-97-D0-BD-D1-96-D0-BC-D0-BE-D0-BA-20-D0-B5-D0-BA-D1-80-D0-B0-D0-BD-D0-B0-202025-02-02-20-D0-BE-2022.51.35.png/public)](https://www.owox.com/blog/articles/vlookup-in-google-sheets/) ## Troubleshooting Tips for Typical IFS Function Errors Discover solutions and tips to resolve **common oversights** with the IFS function in Google Sheets, to ensure your formulas run **smoothly and accurately**. ### Missing Details Error **⚠️ Error:** Each condition in the IFS function must have a corresponding result. If a condition is **provided without its matching result**, or vice versa, the function will fail. If the conditions and results involve different data types (e.g., numbers vs. text), the function might not process them correctly. ✅ **Solution:** Ensure that every condition in the IFS function has a **paired result.** Double-check your formula for completeness. ### #VALUE! Error **⚠️ Error:** The #VALUE! error can occur if the IFS function is trying to process data that is **incompatible with the expected data type** (e.g., attempting to compare text with a number). ✅ **Solution:** Ensure that all conditions and results within the IFS function use **compatible and expected data types**. ### #REF! Error **⚠️ Error:** The #REF! error in the IFS function typically arises from **references to deleted cells, invalid ranges**, moved or renamed sheets, improper array usage, or problematic dynamic references. ✅ **Solution:** To resolve these issues, ensure all references in the IFS function point to **valid, existing cells or ranges**. ### #DIV/0! Error **⚠️ Error:** The #DIV/0! error is primarily caused by **attempts to divide by zero** within the IFS function. ✅ **Solution:** Include checks for zero values in your conditions, validate user inputs, and **use error handling functions** like IFERROR to manage potential zero divisors effectively. ### #NUM! Error **⚠️ Error:** The #NUM! error in the IFS function is caused by i**nvalid numeric operations,** such as out-of-range values, improper inputs, or undefined mathematical operations like division by zero or logarithms of negative numbers. ✅ **Solution:** Validate all numbers used in calculations. Ensure that inputs are **appropriate for the mathematical operations** performed. Add conditions to **handle special cases** like division by zero or invalid inputs for logarithmic functions. ## Best Practices for Using the IFS Function in Google Sheets Maximize the **efficiency and clarity** of your formulas by applying these best practices when using the IFS function to test multiple conditions for handling various outcomes. ### Ensuring Data Accuracy To ensure data accuracy with IFS, **validate input data for consistency**. Use clear conditions and add a default case for unexpected inputs. The first true condition determines the returned value, so precision is key. Implement IFERROR to manage and display errors smoothly. ### Optimizing Performance in Large Sheets Reduce computational strain by **narrowing cell ranges and consolidating conditions**. Use efficient alternatives like SWITCH and minimize array formulas. Disabling automatic calculation during data entry can also speed up processes. ## Boost Your Analysis with Google Sheets Functions This section features a collection of powerful functions in Google Sheets that make data analysis tasks simpler and more effective. * [IMPORT Functions](https://www.owox.com/blog/articles/google-sheets-importxml-importhtml-importfeed-guide/): Used primarily in Google Sheets to pull data from external sources into a spreadsheet. Functions like IMPORTDATA, IMPORTHTML, IMPORTRANGE, and IMPORTXML allow users to import data from structured data formats, web pages, other sheets, and more. * [PIVOT Table](https://www.owox.com/blog/articles/pivot-tables-google-sheets/): Facilitates efficient data summary and analysis, helping you quickly spot patterns and trends through automated organization. * [QUERY](https://www.owox.com/blog/articles/query-function-google-sheets/): Employs an SQL language for intricate data operations within your sheet, including advanced filtering, sorting, and compiling. * [MATCH](https://www.owox.com/blog/articles/google-sheets-match-function/): This function searches for a specific item in a range and returns the relative position of that item. It is often used in conjunction with other functions to refine data searches and management within a spreadsheet. * [COUNT](https://www.owox.com/blog/articles/count-and-counta-in-google-sheets/): Allies the number of cells containing numbers within a specified range, useful for quantitative data summarization. * [FILTER](https://www.owox.com/blog/articles/google-sheets-filter-function/): Extracts rows or columns from a specified range that meet given conditions, streamlining data analysis and management. * [GOOGLEFINANCE](https://www.owox.com/blog/articles/googlefinance-function-google-sheets/): Retrieves real-time financial data from Google Finance, including stock prices, currency exchange rates, and market indices. ## Power Up Your Data Visualization with OWOX: Reports, Charts, and Pivots for Google Sheets Mastering the IFS function in Google Sheets is a stepping stone to more complex data manipulation. For broader integration and advanced analytics, consider exploring our guide on [connecting BigQuery and Sheets](https://www.owox.com/blog/use-cases/bigquery-sheets-connector/), which offers invaluable insights into seamless data integration. To further optimize your data workflows and avoid the pitfalls of manual data transfer, consider leveraging the [OWOX: Reports, Charts & Pivots Extension](https://workspace.google.com/marketplace/app/owox_bi_bigquery_reports/263000453832). This powerful tool makes it easier for users to work with BigQuery data. Integrating with Google Sheets lets you create detailed reports, dynamic charts, and pivot tables directly from complex datasets, making data patterns more understandable and actionable. This extension simplifies data analysis, allowing teams of all skill levels to filter, sort, and explore data right within Google Sheets. It helps you visualize trends quickly, track KPIs, and assess performance metrics, making fast, informed decisions based on real-time insights easier. ## Your New Normal Turn your data into decisions. Governed data marts give you the clean foundation ML needs to actually work. * No AI hallucinations * Analyst-governed definitions * Every number traces to SQL [Get started free](https://www.owox.com/app-signup) ## FAQ ## Frequently Asked Questions Are there limitations to the number of conditions the IFS function can handle in Google Sheets? Yes, the IFS function in Google Sheets can handle up to 127 pairs of conditions and corresponding values. This limit ensures efficient use for most scenarios but requires careful planning when dealing with extensive sets of conditions to avoid exceeding the maximum allowed pairs. How to use the IFS function in Google Sheets? To use the IFS function in Google Sheets, structure it as follows: =IFS(condition1, value\_if\_true1, condition2, value\_if\_true2, ..., conditionN, value\_if\_trueN).Specify multiple conditions and their corresponding values to return if true. Include a final condition or value to handle cases where none of the specified conditions are met. What are the differences between the IFS function and the traditional IF function? The IFS function in Google Sheets allows for evaluating multiple conditions in a single formula without nesting. In contrast, the traditional IF function is limited to handling one condition per formula, requiring nested IF statements for multiple conditions, which can make formulas more complex and harder to manage. What exactly does the IFS function do in Google Sheets? The IFS function evaluates multiple conditions and returns a value corresponding to the first true condition. It simplifies complex logical tests by eliminating the need for nested IF statements, making it easier to manage and understand conditional logic in spreadsheets. Can the IFS function be used to handle multiple conditions in one column? Yes, the IFS function in Google Sheets is ideal for handling multiple conditions within a single column. It evaluates each condition sequentially and returns the corresponding value for the first true condition, simplifying complex logic without needing nested IF statements. How do I write a basic IFS function formula in Google Sheets? List the conditions and their values in pairs, in the order they should be checked: =IFS(C3>=90, "A", C3>=80, "B", C3>=70, "C", TRUE, "F"). The first condition that is true decides the result, so put the strictest one first. End with TRUE and a default value: without it, a row that meets no condition returns #N/A. ## Who wrote this ![Vadym Kramarenko](https://cdn.owox.ai/www/webflow/6798e703afdf787334941cde_Vadym-Kramarenko.png/public) [Vadym Kramarenko](/team/vadym-kramarenko) · Growth Marketing Manager Vadym Kramarenko is a Growth Marketing Manager at OWOX, where he drives user acquisition and product-led growth strategies. He hosts the OWOX podcast, interviewing analytics professionals about data-driven marketing, attribution, and reporting best practices. Vadym specializes in turning complex analytics concepts into practical, actionable marketing frameworks. [LinkedIn](https://www.linkedin.com/in/vadim-kramarenko/) · [All articles](/team/vadym-kramarenko) [Google Sheets Tips](/blog/topics/google-sheets-tips) ## Related articles [Google Sheets Tips · Master the SEARCH Function in Google Sheets: A 2025 Guide · April 4, 2025](/blog/articles/search-function-google-sheets) [Google Sheets Tips · Google Sheets FILTER Function: A 2025 Data Analysis Guide · April 7, 2025](/blog/articles/google-sheets-filter-function) [Google Sheets Tips · Master MATCH in Google Sheets: 2025 Data Analysis Guide · June 20, 2025](/blog/articles/google-sheets-match-function) [See all articles →](/blog/articles) ## References Pages this page links to, on this site and on docs.owox.com. Where the page has a Markdown twin, its address follows the link. - [Google Sheets Tips](https://www.owox.com/blog/topics/google-sheets-tips) — /blog/topics/google-sheets-tips.md - [Vadym Kramarenko](https://www.owox.com/team/vadym-kramarenko) — /team/vadym-kramarenko.md - [guide on the IF function](https://www.owox.com/blog/articles/if-function-google-sheets) — /blog/articles/if-function-google-sheets.md - [article on using IMPORTRANGE](https://www.owox.com/blog/articles/importrange-google-sheets) — /blog/articles/importrange-google-sheets.md - [Book a Demo](https://www.owox.com/demo) — /demo.md - [guide on using ARRAYFORMULA](https://www.owox.com/blog/articles/array-formulas-google-sheets) — /blog/articles/array-formulas-google-sheets.md - [COUNTIF](https://www.owox.com/blog/articles/countif-and-countifs-google-sheets) — /blog/articles/countif-and-countifs-google-sheets.md - [VLOOKUP and XLOOKUP](https://www.owox.com/blog/articles/key-differences-of-xlookup-vs-vlookup) — /blog/articles/key-differences-of-xlookup-vs-vlookup.md - [VLOOKUP function](https://www.owox.com/blog/articles/vlookup-in-google-sheets) — /blog/articles/vlookup-in-google-sheets.md - [IMPORT Functions](https://www.owox.com/blog/articles/google-sheets-importxml-importhtml-importfeed-guide) - [PIVOT Table](https://www.owox.com/blog/articles/pivot-tables-google-sheets) — /blog/articles/pivot-tables-google-sheets.md - [QUERY](https://www.owox.com/blog/articles/query-function-google-sheets) — /blog/articles/query-function-google-sheets.md - [MATCH](https://www.owox.com/blog/articles/google-sheets-match-function) — /blog/articles/google-sheets-match-function.md - [COUNT](https://www.owox.com/blog/articles/count-and-counta-in-google-sheets) — /blog/articles/count-and-counta-in-google-sheets.md - [FILTER](https://www.owox.com/blog/articles/google-sheets-filter-function) — /blog/articles/google-sheets-filter-function.md - [GOOGLEFINANCE](https://www.owox.com/blog/articles/googlefinance-function-google-sheets) — /blog/articles/googlefinance-function-google-sheets.md - [connecting BigQuery and Sheets](https://www.owox.com/blog/use-cases/bigquery-sheets-connector) - [Get started free](https://www.owox.com/app-signup) - [Google Sheets Tips · Master the SEARCH Function in Google Sheets: A 2025 Guide · April 4, 2025](https://www.owox.com/blog/articles/search-function-google-sheets) — /blog/articles/search-function-google-sheets.md - [See all articles →](https://www.owox.com/blog/articles) — /blog/articles.md