OzGrid

< Back to Search results


EXCEL'S DATES AND TIMEs

 

Lesson 13 - Using Dates and Times in Excel

 DATES AND TIMES IN EXCEL

In this lesson we will look at how Excel sees Dates and Times and how formatting a cell affects the data within it. We will also look at the Undo/Redo feature as well as Custom formats and the Format Painter. This will give us a good background before we move on to what Excel is best at - Working with Numbers - in the next lesson.

You may or may not think that it is odd that we do not go into great detail with formatting cells. This is because while it may enable us to make a spreadsheet look very pretty, it is often at the sacrifice of correctly setting up your spreadsheet, or in other words, the nuts and bolts. We feel that whilst Formatting is pleasing to the eye, it should not be covered too deeply at this stage at the expense of the real workings of a spreadsheet. However, having said this, we do encourage you (as suggested below) to play about with any formatting not discussed here and direct any questions you may have to us.

The term Format according to the Microsoft Dictionary and Thesaurus is:

  • The Arrangement Of Data For Storage Or Display
  • A Method For Achieving Such An Arrangement

This pretty much sums it up! The big difference with formatting in Excel as opposed to many other Office Applications is that there is a LOT to choose from! This is because Excel needs to be able to work with numbers of all types and from all corners of the globe, as well as text.

On top of this we can also apply formats of our choice to the cells themselves as well as any data contained within them. As far as numbers alone go Excel has over 100 different types of formatting that we can apply. If this is not enough we can even define our own with Custom Formats (discussed below).

It is our belief that there are two very important facts that we should all be aware of when working with formats in Excel, these are:

  • Numbers Are Aligned To The Right Of A Cell By Default, And Text Is Aligned To The Left Of A Cell By Default
  • Changing The Format Of A Cell Will Not Change The Underlying Value Of A Cells Content.

If you remember nothing else about formatting then remember these two facts. We will explain the second point in detail later in this lesson. Let's for now look at the first.

Whenever we enter a number in a cell on a new worksheet Excel will take an educated guess at what type of format it should apply. By default all cells in Excel have what is known as a General format. Most of the time you will find yourself accepting the formatting that Excel applies, but at other times you may wish to change it. The context in which we are discussing formatting here is not the font type, size or color, but rather the Number format eg; Dollar, Percentage, Decimal places etc.

We must stress however, that it is far safer to always leave numbers right aligned and text left aligned (Excels default). This way you can tell at a glance what is a number and what is not!I expect by now you are thinking, "I already know the difference between a number and text - it's obvious!"

This is not always the case in Excel. It is quite possible for numbers to appear as text and text to appear as numbers. This may not be quite the case when Starting to use Excel, but is very likely as you delve deeper and create your own spreadsheet.

Dates in Excel

You will find that Dates and Times in Excel can often seem confusing! But they often play a critical part in most spreadsheets so it is important that you have an understanding of how Excel interprets them.

Dates are seen by Excel as whole numbers, Starting from the number 1 for 1-January-1900, the number 2 for 2-January-1900 and so on. . . . . . . . . . These are known as serial numbers. This is so we can use them in calculations such as adding and subtracting etc. We will show you examples of date formulas in the next lesson.

How we enter dates in Excel is extremely important. If we do not insert a date in a valid form, Excel will not know that it is a date. You should be able to tell immediately if a date you enter is valid or not as Excel will align a valid date to the right of your cell (Number) and align a possible invalid date to the left (Text). When Excel recognizes a date as a valid date it will change from the General format (default for all cells) to a built-in date format.

The type of date format Excel defaults to is not set from within Excel, but from the Regional Settings within the Widows Control Panel. (See HELP to find this, as the specific location may be different depending on which version of Excel you are using). As these settings are regional you will most likely simply accept the format applied.

When we enter dates on a Worksheet we must also use a valid date separator, such as 12/12/2004 or 12-12-2004. If we want our date to look different to this we must format it after we have entered it. Lets try a couple of simple exercises to stress what we have discussed so far.

  1. In Cell A1 Type: 12/12/2004 Or 12/12/04. Both Are Valid.
  2. Select Cell A1 And Right Click, Then Select Format Cells And Then Click The Number Tab. This Dialog Box Is The Format Cells Dialog Box. This Is Where You Can Apply Formatting To Both The Cells Themselves And The Data Contained Within Them.
  3. If The Default Date (As Set In The Windows Regional Settings) Is Not Within The Category: Box, Excel Will Default To Custom.
  4. Ignore This For Now And Click General Under Categories. Now Look In The Sample: Box (Top Right). You Should See The Number: 38333. This Is The Number For Our Date: 12/12/2004. This Is Because The This Date Is 38333 Days From The 1/1/1900
  5. Now Select Date From Within The Categories: Box.
  6. Click Through All The Different Dates Within The Type: Box And See The Result In The Sample:: Box. Select The Format 3/14 And Then Click OK

Your date should now appear as 12/12. I say appear because while we may have changed its appearance we have NOT altered its underlying value which is 12/12/2004 or 38333. If you are still selected in cell A1look in the formula bar and you should see 12/12/2004. So while it may appear we have dropped the year from the date we have not!In fact it is not possible to enter a valid date that has no Year, Day or Month. We could in fact format this cell to appear as 1/1/1985 and still have the true value of 12/12/2004 or 38333. We will explain this when we go on to Custom Formats.

If we enter a date into Excel and omit the day eg; Dec-2004 Excel will recognize this as a valid date, but you should be aware that Excel will (by default) assign the first day of the month to the date. This means that while you may only see Dec-2004 in the cell, the underlying value of the date will be 12/1/2004 or 37998. This means that it is not possible to have a valid date in Excel that does not have a day of the month assigned to it. Times in Excel

Ok, if you are still with me let's now look at Times in Excel. While dates in Excel are seen as whole numbers (serial numbers) Starting from 1, Times are seen as a portion of a day (decimal fractions) with 1 being equal to 24:00:00 or a whole day. This means that:

  • 24:00:00 Is Equal To 1
  • 18:00:00 Is Equal To 0. 75
  • 12:00:00 Is Equal To 0. 5
  • 6:00:00 Is Equal To 0. 25

We can see this by entering any one of the above times in Excel and then formatting the cell containing the time as General, just as we did with the date. There are only three ways you can enter a valid time in Excel.

Make sure your cells are formatted as General

  1. To Enter A Time Based On A 12-Hour Clock, Type The Time Followed By A Space And Then AM Or PM. Eg: 5:30 PM
  2. Type The Time Followed By A Space And Then A Or P. Eg 5:30 P (Excel Will Convert This To 5:30 PM)
  3. To Enter A Time Based On A 24-Hour Clock, Type 17:30

If you just typed 5:30 Excel will (by default as your cells are formatted as General by default) base your time on the 24-hour clock and store your time as 5:30:00 AM. In other words by default it sees all unspecified times as 24-hours but stores them based on a 12-hour clock.

The easiest way to see this is to type 5:30 in any cell, then select that cell and look in the Formula bar. No matter which method we use to enter times we must separate the hours, minutes and seconds by a : (colon). If we omit the minutes and/or seconds Excel will (by default) assign zero minutes and/or zero seconds. So entering a time, as 5 P will force Excel to see it as 5:00:00 PM. Obviously this is not the case for a time entered based on a 24-hour. Entering 17 will be seen as nothing more than the number 17.

Entering a Date and Time in Excel

Now that we have covered the fundamentals of dates and times, we can have a quick look at entering dates and times into the same cell. To enter a valid date and time in the same cell, you simply type any valid date, then a space and then any valid time. Excel will then store this as a whole number for the date (serial number) and a portion of a day for the time. (decimal fractions).

Try this:

  1. Type The Date And Time 12/12/2004 18:00 In Any Cell
  2. Right Click In The Cell And Select Format Cells And Click The Number Tab, Then General Under Categories:
  3. Look In The Sample: Box And You Should See 38333. 75, Where 38333 Represent The Date (Serial Number) And . 75 Represents The Time (Decimal Fraction).

 

Alternative Method

On the Home tab in the number group click the dialogue box launcher next to number. You can also press ctrl+1 to open format cells dialogue box.

In the Category list select Date or Time

Click on the date or time format required.

 

Microsoft ® and Microsoft Excel ® are registered trademarks of Microsoft Corporation. OzGrid is in no way associated with Microsoft

 

Go back to:

Lesson 1 - Excel Fundamentals
Lesson 2 - Starting Excel and Excel Workbooks
Lesson 3 - Excel Toolbars and Task Panes
Lesson 4 - Excel Worksheets
Lesson 5 - Excel Cells and Navigating a Worksheet
Lesson 6 - Excel Cut/Copying and Pasting Data
Lesson 7 - Excel Copying with the Fill Handle
Lesson 8 - Excel Paste Special
Lesson 9 - Excel Insert Command
Lesson 10 - Excel's default options
Lesson 11 - Excel's Undo and Redo
Lesson 12 - Excel's Format Painter

See also:

Lesson 14 - Excel's Custom Formats
Lesson 15 - Excel Formulas
Lesson 16 - Excel Cell References
Lesson 17 - Excel: Avoid Typing
Lesson 18 - Excel Formulae Arguments & Syntax
Lesson 19 - Excel Autosum Formula
Lesson 20 - Excel Auto Calculate
Lesson 21 - Excel's Insert Function
Lesson 22 - Excel's Useful Functions
Lesson 23 - Excel's Named Ranges
Lesson 24 - Excel's Constants and the Paste Name Dialog
Lesson 25 - Excel's Calculations
Lesson 26 - Excel Comments Cell
Lesson 27 - Excel Find and Replace
Lesson - 28 - Clear Excel Cell Contents
Lesson 29 - Effective Excel Printing 1
Lesson 30 - Effective Excel Printing 2
Lesson 31 - Sorting in Excel
Lesson 32 - Hide/Show Row/Columns in Excel
Lesson 33 - Auto-Formats in Excel
Lesson 34 - Creating a Basic Excel Spreadsheet
Lesson 35 - Excel Charting Lesson: The Basic Excel Spreadsheet
Lesson 36 - Excel Worksheet Protection
Lesson 37 - Excel IF Formula Nesting
Lesson 38 - Excel Function Now/Today Formulas

 

See also: Index to Excel VBA Code and Index to Excel Freebies and Lesson 1 - Excel Fundamentals and Index to how to… providing a range of solutions and Index to new resources and reference sheets

 

Click here to visit our Free 24/7 Excel/VBA Help Forum where there are thousands of posts you can get information from, or you can join the Forum and post your own questions.

 

 


Gallery

Product ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct ImageProduct Image



stars (0 Reviews)