Output of $df-h - i linux command

Oracle 10g Installation error

English a funny language

An oxymoron is usually defined as a phrase in which two words of contradictory meaning are brought together:-

1) Clearly misunderstood

2) Exact Estimate

3) Small Crowd

4) Act Naturally

5) Found Missing

6) Fully Empty

7) Pretty ugly

8) Seriously funny

9) Only choice

10) Original copies 
And the Mother of all......

11) Happily Married 

File Sharing Without Signin up

1. File Savr - At File Savr you can upload files of up to 10GB   
2. File Dropper -It may not really be the fastest, but along with File Savr it is definitely one of the most convenient free file hosting tools currently on the market. It allows any file type of up to 5GB in size to be uploaded. Files are available publicly and anyone can browse the file database at File Dropper. Files are stored for as long as they are being downloaded.  
3. Rapid Share - This is certainly the most popular file hosting destination. While it allows for only 200MB, it provides the possibility to upload up to 10 files simultaneously. Unfortunately, the total sum of files may not exceed 200MB in the case of multiple uploads.
4. Share 1t- Straight forward file sharing of up to 100MB per file. Unlike all previous hosts, share1t clearly states for how long file will be available: it’s 15 days of inactivity, then the file will be deleted. After a file was uploaded you can copy the URL, have the link sent to an eMail address or copy the HTML or BBCode to embed it on a website or forum. Very convenient!
5. wiki send-The file limit with this host is 100MB and the default lifetime is 7 days. A download link and forum link will be provided. Furthermore you can set properties for the file before and after uploading (after only with an account). You can change the file name, increase the lifetime to up to 90 days, add a description and protect the file with a password. The latter is unique among the file sharing hosts mentioned in this article.

Heavy email attachments

Send e-mails with more than 10MB of data with http://www.senduit.com/...

The Mega Pixel Myth

Pixel Count, expressed as Megapixels

Pixel Count, expressed as Megapixels, is simply multiplying the number of horizontal pixels by the number of vertical pixels. It's exactly like calculating area. A 3 MP camera has 2,048 (horizontal) x 1,536 (vertical) pixels, or 3,145,728 pixels. We call this simply 3 MP.

Small differences in pixel count, between say 5 MP and 8MP, are unimportant because pixel counts are a square function. It's exactly like calculating area or square footage. It only takes a 40% increase in linear dimensions to double the pixel count! Doubling pixel count only increases the real, linear resolution by 40%, which is pretty much invisible.

The Myth

The megapixel myth was started by camera makers and swallowed hook, line and sinker by camera measurebators. Camera makers use the number of megapixels a camera has to hoodwink you into thinking it has something to do with camera quality. They use it because even a tiny linear resolution increase results in a huge total pixel increase, since the total pixel count varies as the total area of the image, which varies as the square of the linear resolution. In other words, an almost invisible 40% increase in the number of pixels in any one direction results in a doubling of the total number of pixels in the image. Therefore camera makers can always brag about how much better this week's camera is, with even negligible improvements.

This gimmick is used by salespeople and manufacturers to you feel as if your current camera is inadequate and needs to be replaced even if the new cameras each year are only slightly better.

One needs at least a doubling of linear resolution or film size to make an obvious improvement. This is the same as quadrupling the megapixels. A simple doubling of megapixels, even if all else remained the same, is very subtle. The factors that matter, like color and sharpening algorithms, are far more significant.

The megapixel myth is also prevalent because men always want a single number by which something's goodness can be judged.

Unfortunately, it's all a myth because the number of megapixels (MP) a camera has has very little to do with how the image looks. Even worse, plenty of lower MP cameras can make better images than poorer cameras with more MP.

source:http://www.kenrockwell.com/tech/mpmyth.htm

Learn binary code

Learning the Binary Code System couldn't be easier with the system you are about to read.

Typically when trying to convert binary into numbers people refer to a chart of some sort to get their numbers. From now on you will be able to convert numbers into Binary and Binary into numbers within seconds.

What you need to learn is the Binary Code. Essentially all you need to do is memorize the numbers 1, 2, 4, 8, 16, 32, 64, 128, 256 etc... The pattern here is add the number to itself to get the next number. It's that easy. 1 plus 1 is 2. 2 + 2 is four, 4 + 4 is 8 etc...

The Binary Code is a series of 1's and 0's (ones and zeros).
A binary number looks like this: 110011

Remember those numbers I should you? 1, 2, 4, 8, 16 etc?

When you are learning the binary code, all I ask you to do is write the numbers in reverse. So:

See how this is written? We start with 1, then 2, 4, 8, 16 etc and it is done right to left. This is important as it makes learning the Binary Number System a piece of cake.

Now what you need to do is image underneath the Binary Number System is putting either a 1 or a 0 (one or a zero) under each number, starting from the right to the left.

So if we were to put a 0 underneath the number 1 in the chart above, then a number 1 under number two above, then another 1 above number four we would have an image like this:

Where 1 1 0 is the Binary Number.

So how do we convert 110 into a number? Simple. Wherever there is a 1 add the numbers above it together. In this case add the 4 and 2 giving 6.

Therefore 110 in binary is 6 in decimal.

So how about doing this in reverse? What is 22 in binary? What we need to do is put a 1 underneath all the numbers that will allow us to add up to 22. We can't use 32 as it is over 22. We can use 16 and the numbers below. But we need to use the numbers until they add up to 22.

So let's try it.

16 + 8 = 24 so that brings us over 22 and we know then we can't use 8 next.

16 + 4 = 20. Ok so we are nearly there. 20 + 2 = 22 great we reached out number. So with the Binary Number System just mark off underneath the numbers a 1 wherever we used the number. Where we didn't use the number put a 0.

So we can now see that the number 22 in Binary is equal to 10110.