What Formula Would Produce The Value In Cell C25?

What Formula Would Produce The Value In Cell C25
Answer. The formula that would produce the value in Cell C25 is: =CONCATENATE(A25,’ ‘,B25) (Option C).

What is the formula to get the value of a cell?

Using Text Reference Within the INDIRECT Function – The INDIRECT Function changes a specified text string to a cell reference and returns its value. =INDIRECT(“R” & 3 & “C” & 2,FALSE) In the example above, the specified text string is “R3C2”. This means Row 3, Column 2. So the formula returns the value in that address (“Sarah”). Note: The FALSE argument in this formula indicates the cell reference format (R1C1). (TRUE would use A1 style cell referencing).

Which formula automatically return the value in cell?

The function that can automatically return the value in cell c77 is Min(). Explanation: The item with the lowest value is automatically returned by an Excel sheet’s min () function.

What function can return the value in a cell?

CELL Function The Excel CELL function returns information about a cell in a worksheet. The type of information to be returned is specified as info_type, CELL can get things like address and filename, as well as detailed info about the formatting used in the cell. See below for a full list of information available. Get information about a cell

info_type – The type of information to return about the reference. reference – The reference from which to extract information.

=CELL(info_type, ) Use the CELL function to return a wide range of information about a reference, The type of information returned is given as info_type, which must be enclosed in double quotes (“”). CELL can return a cell’s address, the filename and path for a workbook, and information about the formatting used in the cell.

  • See below for a full list of and,
  • CELL is a, and can cause performance issues in large or complex worksheets.
  • The CELL function takes two arguments: info_type and reference,
  • Info_type is a text string that indicates the type of information requested.
  • See the table below for a full list of info types.

Reference is a cell reference. Reference is typically a single cell. If reference refers to more than one cell, CELL returns information about the first cell in reference. For certain kinds of information (like filename) the cell address used for reference is optional and can be omitted.

How do you get Excel to return a value based on another cell?

Display default value based on another cell with VLOOKUP – In Excel, you can use the VLOOKUP function to quickly show value based on the corresponding value. Select a cell which will display the default value, type this formula =VLOOKUP(D1,A1:B7,2,0) D1 is the value you look up based on, A1:B7 is the data range you look for, 2 indicates to find the value in second column of the looking for range. What Formula Would Produce The Value In Cell C25

What is the formula to add values from cell A2 to cell A10?

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The SUM function adds values. You can add individual values, cell references or ranges or a mix of all three. For example:

  • =SUM(A2:A10) Adds the values in cells A2:10.
  • =SUM(A2:A10, C2:C10) Adds the values in cells A2:10, as well as cells C2:C10.

What Formula Would Produce The Value In Cell C25

What is cell formula?

CELL format codes – The following list describes the text values that the CELL function returns when the Info_type argument is “format” and the reference argument is a cell that is formatted with a built-in number format.

If the Excel format is The CELL function returns
General “G”
0 “F0”
#,##0 “,0”
0.00 “F2”
#,##0.00 “,2”
$#,##0_);($#,##0) “C0”
$#,##0_);($#,##0) “C0-”
$#,##0.00_);($#,##0.00) “C2”
$#,##0.00_);($#,##0.00) “C2-”
0% “P0”
0.00% “P2”
0.00E+00 “S2”
# ?/? or # ??/?? “G”
m/d/yy or m/d/yy h:mm or mm/dd/yy “D4”
d-mmm-yy or dd-mmm-yy “D1”
d-mmm or dd-mmm “D2”
mmm-yy “D3”
mm/dd “D5”
h:mm AM/PM “D7”
h:mm:ss AM/PM “D6”
h:mm “D9”
h:mm:ss “D8”

Note: If the info_type argument in the CELL function is “format” and you later apply a different format to the referenced cell, you must recalculate the worksheet (press F9 ) to update the results of the CELL function.

Which formula returns a number in a cell in Excel?

Examples – The N function converts text values to zero: =N(“apple”) // returns 0 Numeric values and errors are not affected: =N(100) // returns 100 =N(5/0) // returns #DIV/0! The N function converts TRUE to 1 and FALSE to zero: =N(TRUE) // returns 1 =N(FALSE) // returns 0 =N(3>1) // returns 1 =N(3<1) // returns 0 There are several ways to perform this conversion in Excel, which is useful in more advanced formulas. For example, the formula below will return a : =SUMPRODUCT(N(LEN(range)>100)) explains other ways to convert TRUE and FALSE to 1 and 0.

What value would be returned in Excel A49?

Expert-Verified Answer As a result, cell A49’s formula would yield 4 since ‘NP’ is present in cells A43, A44, A45, and A46.

What is a function returning a value called?

12.5. Returning a value from a function — Foundations of Python Programming Not only can you pass a parameter value into a function, a function can also produce a value. You have already seen this in some previous functions that you have used. For example, len takes a list or string as a parameter value and returns a number, the length of that list or string. How do we write our own fruitful function? Let’s start by creating a very simple mathematical function that we will call square, The square function will take one number as a parameter and return the result of squaring that number. Here is the black-box diagram with the Python code following. def square(x): y = x * x return y toSquare = 10 result = square(toSquare) print(“The result of squared is,”.format(toSquare, result)) The return statement is followed by an expression which is evaluated. Its result is returned to the caller as the “fruit” of calling this function.

  1. Because the return statement can contain any Python expression we could have avoided creating the temporary variable y and simply used return x*x,
  2. Try modifying the square function above to see that this works just the same.
  3. On the other hand, using temporary variables like y in the program above makes debugging easier.

These temporary variables are referred to as local variables, Notice something important here. The name of the variable we pass as an argument — toSquare — has nothing to do with the name of the formal parameter — x, It is as if x = toSquare is executed when square is called.

It doesn’t matter what the value was named in the caller (the place where the function was invoked). Inside square, it’s name is x, You can see this very clearly in codelens, where the global variables and the local variables for the square function are in separate boxes. Activity: CodeLens 12.5.3 (clens11_4_1) There is one more aspect of function return values that should be noted.

All Python functions return the special value None unless there is an explicit return statement with a value other than None, Consider the following common mistake made by beginning Python programmers. As you step through this example, pay very close attention to the return value in the local variables listing.

Then look at what is printed when the function is over. Activity: CodeLens 12.5.4 (clens11_4_2) The problem with this function is that even though it prints the value of the squared input, that value will not be returned to the place where the call was done. Instead, the value None will be returned. Since line 6 uses the return value as the right hand side of an assignment statement, squareResult will have None as its value and the result printed in line 7 is incorrect.

Typically, functions will return values that can be printed or processed in some other way by the caller. A return statement, once executed, immediately terminates execution of a function, even if it is not the last statement in the function. In the following code, when line 3 executes, the value 5 is returned and assigned to the variable x, then printed.

  • Lines 4 and 5 never execute.
  • Run the following code and try making some modifications of it to make sure you understand why “there” and 10 never print out.
  • Def weird(): print(“here”) return 5 print(“there”) return 10 x = weird() print(x) The fact that a return statement immediately ends execution of the code block inside a function is important to understand for writing complex programs, and it can also be very useful.

The following example is a situation where you can use this to your advantage – and understanding this will help you understand other people’s code better, and be able to walk through code more confidently. Consider a situation where you want to write a function to find out, from a class attendance list, whether anyone’s first name is longer than five letters, called longer_than_five,

If there is anyone in class whose first name is longer than 5 letters, the function should return True, Otherwise, it should return False, In this case, you’ll be using conditional statements in the code that exists in the function body, the code block indented underneath the function definition statement (just like the code that starts with the line print(“here”) in the example above – that’s the body of the function weird, above).

Bonus challenge for studying: After you look at the explanation below, stop looking at the code – just the description of the function above it, and try to write the code yourself! Then test it on different lists and make sure that it works. But read the explanation first, so you can be sure you have a solid grasp on these function mechanics.

  • You’ll want to pass in a list of strings (representing people’s first names) to the function.
  • You’ll want to iterate over all the items in the list, each of the strings.
  • As soon as you get to one name that is longer than five letters, you know the function should return True – yes, there is at least one name longer than five letters!
  • And if you go through the whole list and there was no name longer than five letters, then the function should return False,

Now, the code: def longer_than_five(list_of_names): for name in list_of_names: # iterate over the list to look at each name if len(name) > 5: # as soon as you see a name longer than 5 letters, return True # then return True! # If Python executes that return statement, the function is over and the rest of the code will not run – you already have your answer! return False # You will only get to this line if you # iterated over the whole list and did not get a name where # the if expression evaluated to True, so at this point, it’s correct to return False! # Here are a couple sample calls to the function with different lists of names. Try running this code in Codelens a few times and make sure you understand exactly what is happening. list1 = list2 = print(longer_than_five(list1)) print(longer_than_five(list2)) So far, we have just seen return values being assigned to variables. For example, we had the line squareResult = square(toSquare), As with all assignment statements, the right hand side is executed first. It invokes the square function, passing in a parameter value 10 (the current value of toSquare ). That returns a value 100, which completes the evaluation of the right-hand side of the assignment.100 is then assigned to the variable squareResult, In this case, the function invocation was the entire expression that was evaluated. Function invocations, however, can also be used as part of more complicated expressions. For example, squareResult = 2 * square(toSquare), In this case, the value 100 is returned and is then multiplied by 2 to produce the value 200. When python evaluates an expression like x * 3, it substitutes the current value of x into the expression and then does the multiplication. When python evaluates an expression like 2 * square(toSquare), it substitutes the return value 100 for entire function invocation and then does the multiplication. To reiterate, when executing a line of code squareResult = 2 * square(toSquare), the python interpreter does these steps:

  1. It’s an assignment statement, so evaluate the right-hand side expression 2 * square(toSquare),
  2. Look up the values of the variables square and toSquare: square is a function object and toSquare is 10
  3. Pass 10 as a parameter value to the function, get back the return value 100
  4. Substitute 100 for square(toSquare), so that the expression now reads 2 * 100
  5. Assign 200 to variable squareResult

Check your understanding

    What is wrong with the following function definition: def addEm ( x, y, z ): return x + y + z print ( ‘the answer is’, x + y + z )

  • You should never use a print statement in a function definition.
  • Although you should not mistake print for return, you may include print statements inside your functions.
  • You should not have any statements in a function after the return statement. Once the function gets to the return statement it will immediately stop executing the function.
  • This is a very common mistake so be sure to watch out for it when you write your code!
  • You must calculate the value of x+y+z before you return it.
  • Python will automatically calculate the value x+y+z and then return it in the statement as it is written
  • A function cannot return a number.
  • Functions can return any legal data, including (but not limited to) numbers, strings, lists, dictionaries, etc.
    What will the following function return? def addEm ( x, y, z ): print ( x + y + z )

  • The value None
  • We have accidentally used print where we mean return. Therefore, the function will return the value None by default. This is a VERY COMMON mistake so watch out! This mistake is also particularly difficult to find because when you run the function the output looks the same. It is not until you try to assign its value to a variable that you can notice a difference.
  • The value of x+y+z
  • Careful! This is a very common mistake. Here we have printed the value x+y+z but we have not returned it. To return a value we MUST use the return keyword.
  • The string ‘x+y+z’
  • x+y+z calculates a number (assuming x+y+z are numbers) which represents the sum of the values x, y and z.
    What will the following code output? def square ( x ): y = x * x return y print ( square ( 5 ) + square ( 5 ))

  • 25
  • It squares 5 twice, and adds them together.
  • 50
  • The two return values are added together.
  • 25 + 25
  • The two results are substituted into the expression and then it is evaluated. The returned values are integers in this case, not strings.
    What will the following code output? def square ( x ): y = x * x return y print ( square ( square ( 2 )))

  • 8
  • It squares 2, yielding the value 4. But that doesn’t mean the next value multiplies 2 and 4.
  • 16
  • It squares 2, yielding the value 4.4 is then passed as a value to square again, yeilding 16.
  • Error: can’t put a function invocation inside parentheses
  • This is a more complicated expression, but still valid. The expression square(2) is evaluated, and the return value 4 substitutes for square(2) in the expression.
    What will the following code output? def cyu2 ( s1, s2 ): x = len ( s1 ) y = len ( s2 ) return x – y z = cyu2 ( “Yes”, “no” ) if z > 0 : print ( “First one was longer” ) else : print ( “Second one was at least as long” )

  • 1
  • cyu2 returns the value 1, but that’s not what prints.
  • Yes
  • “Yes” is longer, but that’s not what prints.
  • First one was longer
  • cyu2 returns the value 1, which is assigned to z.
  • Second one was at least as long
  • cyu2 returns the value 1, which is assigned to z.
  • Error
  • what do you think will cause an error.
    Which will print out first, square, g, or a number? def square ( x ): print ( “square” ) return x * x def g ( y ): print ( “g” ) return y + 3 print ( square ( g ( 2 )))

  • square
  • Before executing square, it has to figure out what value to pass in, so g is executed first
  • g
  • g has to be executed and return a value in order to know what paramater value to provide to x.
  • a number
  • square and g both have to execute before the number is printed.
    How many lines will the following code print? def show_me_numbers ( list_of_ints ): print ( 10 ) print ( “Next we’ll accumulate the sum” ) accum = 0 for num in list_of_ints : accum = accum + num return accum print ( “All done with accumulation!” ) show_me_numbers ()

  • 3
  • The function gets to a return statement after 2 lines are printed, so the third print statement will not run.
  • 2
  • Yes! Two printed lines, and then the function body execution reaches a return statement.
  • None
  • The function returns an integer value! However, this code does not print out the result of the function invocation, so you can’t see it (print is for people). The only lines you see printed are the ones that occur in the print statements before the return statement.

8. Write a function named same that takes a string as input, and simply returns that string. ===== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(same(‘hello’), ‘hello’, “Testing the same function on input ‘hello’.”) myTests().main() 9.

  • Write a function called same_thing that returns the parameter, unchanged.
  • ===== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(same_thing(5), 5,”Testing the function same_thing with input 5″) self.assertEqual(same_thing(“Welcome”), “Welcome”, “Testing the function same_thing with input ‘Welcome'”) myTests().main() 10.

Write a function called subtract_three that takes an integer or any number as input, and returns that number minus three. ===== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(subtract_three(9), 6, “Testing the subtract_three function on input 9.”) self.assertEqual(subtract_three(-5), -8, “Testing the subtract_three function on input -5.”) myTests().main() 11.

Write a function called change that takes one number as its input and returns that number, plus 7. ===== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(change(5), 12,”Testing the function change with input 5″) self.assertEqual(change(-10), -3, “Testing the function change with input -10”) myTests().main() 12.

Write a function named intro that takes a string as input. This string ist intended to be a person’s name and the output is a standardized greeting. For example, given the string “Becky” as input, the function should return: “Hello, my name is Becky and I love SI 106.” ===== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(intro(“Mike”), “Hello, my name is Mike and I love SI 106.”, “Testing the intro function on input ‘Mike’.”) myTests().main() 13.

Write a function called s_change that takes one string as input and returns that string, concatenated with the string ” for fun.”. ===== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(s_change(“Coding”), “Coding for fun.”,”Testing the function s_change with input coding”) self.assertEqual(s_change(“We go to the beach”), “We go to the beach for fun.”, “Testing the function s_change with input We go to the beach”) myTests().main() 14.

Write a function called decision that takes a string as input, and then checks the number of characters. If it has over 17 characters, return “This is a long string”, if it is shorter or has 17 characters, return “This is a short string”. ===== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(decision(“Well hello dolly”), “This is a short string”, “Testing the function decision with input ‘Well hello dolly'”) self.assertEqual(decision(“In olden days a glimps of stocking was looked on a something shocking but heaven knows, anything goes”), “This is a long string”, “Testing the function decision with input ‘In olden days a glimps of stocking was looked on a something shocking but heaven knows, anything goes'”) self.assertEqual(decision(“how do you do sir”), “This is a short string”, “Testing the function decision with input ‘how do you do sir'”) myTests().main() : 12.5.

Which operator is used to return a value in a function?

return() in Python – The return() statement, like in other programming languages ends the function call and returns the result to the caller. It is a key component in any function or method in a code which includes the return keyword and the value that is to be returned after that. Some points to remember while using return():

  • The statements after the return() statement are not executed.
  • return() statement can not be used outside the function.
  • If the return() statement is without any expression, then the NONE value is returned.

What is the formula for cell A1 to A10?

How to Sum Values If a Cell Contains a Specific Text | SKYXCEL

Therefore, to add some cells in excel, is surely a small task for the user. The following command gives the way to add 10 cells starting from a1 to a10: SUM(A1:A10). With this sum can be calculated.

What is the formula to add cell A1 and A2?

Excel 2016 – Formulas always start with an equal sign (=), which can be followed by numbers, math operations, and functions. Here are some examples: =A1+A2 adds the values in cells A1 and A2. =A1-A2 subtracts the value in A2 from A1. =A1*A2 multiplies the values in A1 and A2.

What is cell F1 in Excel?

Key Description F1 Displays the Excel Help task pane. Ctrl+F1 displays or hides the ribbon. Alt+F1 creates an embedded chart of the data in the current range.

What does @cell do in Excel?

What is the CELL Function? – The CELL Function is an Excel Information function that will extract information about a cell’s location, contents, or formatting. The CELL function takes two arguments, one that determines the type of information to be extracted and the other that is which cell it will be checking.

Does cell have formula in Excel?

The ISFORMULA Function is categorized under Excel Information functions. It will test a specified cell to see if it contains a formula. If it does contain a formula, then it will return TRUE. If not, then it will return FALSE.

How do I find the value of a cell in Excel?

Create a lookup formula with the Lookup Wizard (Excel 2007 only) – Note: The Lookup Wizard add-in was discontinued in Excel 2010. This functionality has been replaced by the function wizard and the available Lookup and reference functions (reference),

  1. Click a cell in the range.
  2. On the Formulas tab, in the Solutions group, click Lookup,
  3. If the Lookup command is not available, then you need to load the Lookup Wizard add-in program. How to load the Lookup Wizard Add-in program
  4. Click the Microsoft Office Button, click Excel Options, and then click the Add-ins category.
  5. In the Manage box, click Excel Add-ins, and then click Go,
  6. In the Add-Ins available dialog box, select the check box next to Lookup Wizard, and then click OK,
  7. Follow the instructions in the wizard.

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How do I calculate the total value of a cell in Excel?

Select a cell next to the numbers you want to sum, click AutoSum on the Home tab, press Enter, and you’re done. When you click AutoSum, Excel automatically enters a formula (that uses the SUM function) to sum the numbers.