• IFERROR—Used to check for an error, and display a message or perform a different calculation.
• AVERAGEIF— Used to calculate a conditional average (similar to SUMIF and COUNTIF).
• AVERAGEIFS—Used to calculate a conditional average using multiple criteria.
• SUMIFS—Used to calculate a conditional sum using multiple criteria.
• COUNTIFS—Used to calculate a conditional COUNT using multiple criteria.

In addition, worksheet functions that formerly required the Analysis ToolPak add-in (which is shipped with Excel) are now built into Excel. So you have access to dozens of additional functions without installing the add-in.

Related Post

• Do-Until loop
• Do-While loop
• Nested For-Next

1. Enter the list items into a single-row or single-column range. These items are the ones that appear in the drop-down list.
2. Select the cell that will contain the drop-down list and access the Data Validation dialog box.
3. In the Settings tab, select the List option and specify the range that contains the list using the Source control.
4. Make sure that the In-Cell Dropdown check box is checked.
5. Set any other Data Validation options as desired.

After you finished these steps you will get a drop-down arrow on the cell when it’s activated. Click the arrow and choose an item from the list that appears.

Related Post

• Formatting a pivot table
• Goal Seek

Use this template to keep track of the value of your collectibles.  The Low and High columns should reflect current retail selling ranges. The High column should represent full retail selling price. The Low column generally represents the lowest price one could expect to find the collectible with extensive shopping.

Related Post

• Cash Receipt
• Grading Sheet
• Fitness Tracker

This template allows you to give a receipt to a customer for cash received, or when you want to keep a receipt for cash disbursed.

Related Post

• Collectibles Inventory
• Grading Sheet
• Fitness Tracker

1. Activate the worksheet in which you want an add-in to be loaded.
2. Press the shortcut button  Alt+F11 to display the VBA Editor or click on Developer ribbon and then click the Visual Basic button on the left hand side.
3. Double-click on the “This Workbook” object in the Project Explorer. Excel opens a code window for This Workbook.
4. Put the following code into macro windows you have loaded:

Private Sub Workbook_BeforeClose(Cancel As Boolean)
    AddIns("Add-In Name").Installed = False
End Sub

Private Sub Workbook_Open()
    AddIns("Add-In Name").Installed = True
End Sub

1. In the code, change the name of the add-ins (”Add-In Name”) to the real name of the add-in you want to use with the worksheet.
2. Close the VBA Editor.
3. Save your worksheet.

If you are not sure of the correct name for a particular add-in (see step 5), you can use the macro recorder function to record the process of activating an add-in. That will show you the exact name you should use in the above macros.

Related Post

• Related Post

Grading sheet template is an excel template that give you a form to put grade on something or someone. Suitable for for teacher to put grades for their students, so it can easily accessed.

Related Post

• Collectibles Inventory
• Cash Receipt
• Fitness Tracker

This template will help you manage and track your exercise daily, so you can see how is your progress.

Related Post

• Collectibles Inventory
• Cash Receipt
• Grading Sheet

Another excel template for your personal need, this excel template will help you out with your activity management plan. You can use it on your computer, or you can just print it and put it on your organizer.

Related Post

• Collectibles Inventory
• Cash Receipt
• Grading Sheet

With this template you will be able to manage your daily activities with  a single excel file. On the first sheet you will be prompted with questions on what date you want to start to manage your agenda with this file.

Related Post

• Collectibles Inventory
• Cash Receipt
• Grading Sheet

Do [Until condition]
statements]
[Exit Do]
[statements]
Loop

The following example is the same one presented for the Do-While loop but recoded to use a Do-Until loop:

Sub DoUntilDemo()
Do Until IsEmpty(ActiveCell.Value)
ActiveCell.Value = ActiveCell.Value * 2
ActiveCell.Offset(1, 0).Select
Loop
End Sub

Just like with the Do-While loop, you may encounter a different form of the Do-Until loop — a Do-Loop Until loop. The following example, which has the same effect as the preceding procedure, demonstrates an alternate syntax for this type of loop:

Sub DoLoopUntilDemo()
Do
ActiveCell.Value = ActiveCell.Value * 2
ActiveCell.Offset(1, 0).Select
Loop Until IsEmpty(ActiveCell.Value)
End Sub

There is a subtle difference in how the Do-Until loop and the Do-Loop Until loop operate. In the former, the test is performed at the beginning of the loop, before anything in the body of the loop is executed. This means that it is possible that the code in the loop body will not be executed if the test condition is met. In the latter version, the condition is tested at the end of the loop. Therefore, at a minimum, the Do-Loop Until loop always results in the body of the loop being executed once.

Related Post

• Do-While loop
• Nested For-Next
• Looping Code