Go to File -> Save As, then where it says "Save As Type" choose "vCalendar Format (*.vcs)". Save this to your desktop as something like: event.vcs

Then in your .htaccess file, put this in:

AddType text/x-vCalendar .vcs

If you do not have an .htaccess file, put this text in a new text document (in Notepad), then save as ".htaccess" (with dot in front) and upload into same folder your .vcs file is going.

(That part with adding .htaccess file *shouldn't* be necessary, we're just being cautious by adding that in.)

Now upload your event.vcs file. Link to it from an HTML file, and tell people that if they have Outlook 97 or higher, all they have to do is click that link, then click "Open" and event or yours (whatever it is) will be added to their calendar.

Since event is adjusted for person's time zone, there's no guessing whether or not 6 PM your time means 7 PM or 10 AM their time. In most cases an alert will appear on their screen 15 minutes before event starts, so if you have a teleseminar they'll remember to call in and won't be late.

What's more, a lot of PDAs (Palm Pilots and some cell phones) have Outlook integration so YOUR meeting could also be copied to their personal organizer.

Experienced PHP/JavaScript Tutor Solves 19 Of Your Most Frustrating Direct Response Sales Page Hang-Ups http://www.salespagetactics.com/Your_Clickbank_ID

There are several ways to store data using different RAID levels:

- RAID 0, also known as data striping, distributes data across drives which results in higher data throughout. However, since it has no data redundancy, it does not protect against data loss.

- RAID 1, also known as drive mirroring, works by simultaneously copying data to a second drive so no data is lost if there is drive failure.

- RAID 2 uses Hamming error correction codes and is proposed for use with drives which don’t have built-in error detection.

- RAID 3 stripes data at a byte level across several drives storing parity (a form of data protection used to recreate data of a failed drive in a disk array) on a single drive.

- RAID 4 stripes data at a block level across several drives, with parity being stored on one drive. The parity information allows for recovery from failure of any single drive.

- RAID 5 is similar to RAID 4 except for fact that it distributes parity among drives.

With use of RAID systems, there is no reason to be intimidated by computer systems.