I remember some pavilion members wondering how to make funky keyboard characters. If you have a windows OS and a compatable keyboard, it's actually quite easy.
First, an example. Lets say you wanted to make the '£' character. Here's how to do it step by step.
1) Make sure the 'Num Lock' function is enabled
2) Hold down 'Alt'. Do not let go of 'Alt' until the instructions tell you to
3) Using your other hand, press '1' on the number pad
4) Take your finger off of '1'
5) Press '5' on the number pad
6) Take your finger off of '5'
7) Press '6' on the number pad
8) Take your finger off of '6'
9) Take your finger off of 'Alt'.
Why does the combination of 1-5-6 yield the '£' symbol? Because that is its assigned ASCII(American Standard Code for Information Interchange) value converted to decimal.
You can look at all the ASCII values here:
http://www.asciitable.com/
For example, following the above steps using the numbers 1-2-8 yields 'Ç'. 1-4-3 yields 'Å', the symbol to denote an angstrom, which is 10^-10 meters in length and has applications in fields ranging from chemistry to semiconductors, most typically used to describe applications done on an atomic scale.
Note: If you have a browser window open with available text boxes(such as on a web forum), holding down 'Alt' and entering a sequnce of numbers is likely to change your browser's location.
First, an example. Lets say you wanted to make the '£' character. Here's how to do it step by step.
1) Make sure the 'Num Lock' function is enabled
2) Hold down 'Alt'. Do not let go of 'Alt' until the instructions tell you to
3) Using your other hand, press '1' on the number pad
4) Take your finger off of '1'
5) Press '5' on the number pad
6) Take your finger off of '5'
7) Press '6' on the number pad
8) Take your finger off of '6'
9) Take your finger off of 'Alt'.
Why does the combination of 1-5-6 yield the '£' symbol? Because that is its assigned ASCII(American Standard Code for Information Interchange) value converted to decimal.
You can look at all the ASCII values here:
http://www.asciitable.com/
For example, following the above steps using the numbers 1-2-8 yields 'Ç'. 1-4-3 yields 'Å', the symbol to denote an angstrom, which is 10^-10 meters in length and has applications in fields ranging from chemistry to semiconductors, most typically used to describe applications done on an atomic scale.
Note: If you have a browser window open with available text boxes(such as on a web forum), holding down 'Alt' and entering a sequnce of numbers is likely to change your browser's location.




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