Math & Trig =AGGREGATE(function_num, options, ref1, [ref2], …)

Quiz =AGGREGATE — 15 Questions

15 quiz questions about =AGGREGATE — test syntax, arguments, examples & errors!

Questions: 10 questions 15 questions Random 10 or 15 questions from the pool + shuffled options each time

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Progress — 15 questions 1 of 15

Question 1 of 15 1/15

Is argument “options” required in =AGGREGATE?

Question 2 of 15 2/15

What is the fix for #VALUE! in =AGGREGATE?

Question 3 of 15 3/15

In =AGGREGATE, which is argument #2?

Question 4 of 15 4/15

Which formula is a valid example of =AGGREGATE?

Question 5 of 15 5/15

Is argument “function_num” required in =AGGREGATE?

Question 6 of 15 6/15

Which use case fits =AGGREGATE?

Question 7 of 15 7/15

Does =AGGREGATE return a dynamic array?

Question 8 of 15 8/15

Is =AGGREGATE volatile?

Question 9 of 15 9/15

In =AGGREGATE, which is argument #1?

Question 10 of 15 10/15

Which statement about =AGGREGATE is correct?

Question 11 of 15 11/15

What is the output type of =AGGREGATE?

Question 12 of 15 12/15

What is the type of argument “ref1” in =AGGREGATE?

Question 13 of 15 13/15

Is argument “ref1” required in =AGGREGATE?

Question 14 of 15 14/15

Which function is related to =AGGREGATE?

Question 15 of 15 15/15

How many arguments does =AGGREGATE have in total?

Click a question to see the answer.

1. Is argument “options” required in =AGGREGATE?

A. —
B. Yes ✓
C. Yes
D. No

Explanation: “options” is required.

2. What is the fix for #VALUE! in =AGGREGATE?

A. Text is always ignored
B. Check the first two arguments and the argument count ✓
C. Output is always a dynamic array
D. Select entire column for best performance

Explanation: If a second ref argument is required but not provided, AGGREGATE returns a #VALUE! error. If one or more of the references are 3-D references, AGGREGATE returns the #VALUE! error value. — Fix: Check the first two arguments and the argument count

3. In =AGGREGATE, which is argument #2?

A. criteria
B. options ✓
C. lookup_value
D. function_num

Explanation: Argument #2 is “options”.

4. Which formula is a valid example of =AGGREGATE?

A. =AGGREGATE(4, 6, A1:A11) ✓
B. AGGREGATE(4, 6, A1:A11)
C. =IFERROR(4, 6, A1:A11)
D. =AGGREGATE(4, 6, A1:A11, 0)

Explanation: Correct example: =AGGREGATE(4, 6, A1:A11)

5. Is argument “function_num” required in =AGGREGATE?

A. Yes
B. —
C. Yes ✓
D. No

Explanation: “function_num” is required.

6. Which use case fits =AGGREGATE?

A. Lookup & Retrieval
B. Daily Tasks
C. Forecasting & Trends
D. Reporting ✓

Explanation: Use case “Reporting” fits AGGREGATE.

7. Does =AGGREGATE return a dynamic array?

A. No
B. No ✓
C. —
D. Yes

Explanation: AGGREGATE does not spill.

8. Is =AGGREGATE volatile?

A. —
B. No ✓
C. No
D. Yes

Explanation: AGGREGATE is not volatile.

9. In =AGGREGATE, which is argument #1?

A. function_num ✓
B. ref2
C. value
D. ref1

Explanation: Argument #1 is “function_num”.

10. Which statement about =AGGREGATE is correct?

A. As soon as you type the function_num argument when you enter the AGGREGATE function into a cell on the worksheet, you will see a list of all functions that you can use as arguments.
B. Function_num⁠:⁠ ✓
C. Volatile and recalculates every time
D. Requires add-in

Explanation: Correct: Function_num⁠:⁠

11. What is the output type of =AGGREGATE?

A. Value
B. Logical
C. Text
D. Number ✓

Explanation: Output is “Number”.

12. What is the type of argument “ref1” in =AGGREGATE?

A. Reference
B. Array
C. Any type
D. Number ✓

Explanation: Type of “ref1” is “Number”.

13. Is argument “ref1” required in =AGGREGATE?

A. Yes
B. —
C. Yes ✓
D. No

Explanation: “ref1” is required.

14. Which function is related to =AGGREGATE?

A. CUBEMEMBERPROPERTY
B. EUROCONVERT
C. PRICEMAT
D. IFERROR ✓

Explanation: “IFERROR” is related to AGGREGATE.

15. How many arguments does =AGGREGATE have in total?

A. 4 ✓
B. 3
C. 6
D. 5

Explanation: =AGGREGATE has 4 required, 0 optional (4 total).