Class 12(2016) Physics by Pradeep Kshetrapal

XII-1-1Electric charge part-1(2016)Pradeep Kshetrapal Physics

Mariyappan Thangavelu's gold medal jump in Men's T42 High Jump final R...

Central Board of Secondary Education result class 10-2016

Central Board of Secondary Education result class 10-2016

PHYSICS HOLIDAY HOMEWORK CLASS-XII

PHYSICS HOLIDAY HOMEWORK CLASS-XII

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I think we need to first define what we mean by "fifth dimension". 

We typically talk about us living in a 4-dimensional universe. That is, 3 spatial dimensions, and 1 time dimension. Putting that into equation form:
3s+1t=4d$3s+1t=4d$

Viktor Toth talks about Kaluza-Klein theory which is looking at 4s+1t=5d$4s+1t=5d$, making the "fifth dimension" a 4th spatial dimension.

Sherif Kandeel however, looks at the world as 3s+2t=5d$3s+2t=5d$, making the "fifth dimension" a 2nd time dimension.

There are folks who have talked about higher dimension spaces, for example the 10th dimension, with Rob Bryanton (Imagining the Tenth Dimension) really considering 3s+3t+4i=10d$3s+3t+4i=10d$, where he gets to 6 dimensions by treating time as being 3 dimensional like space, and then the sum total being an infinity. Those infinities then behave similarly, getting to 10 dimensions. More classically, M-theory looks at 11 dimensions, which look like 10s+1t=11d$10s+1t=11d$, and String Theory at 9s+1t=10d$9s+1t=10d$

So, I'm going to go with @Viktor Toth, and say that the 5th dimension is a 4th dimension of space (4s+1t=5d$4s+1t=5d$). What IS it? It could be like Carl Sagan describes:

Or it could be something "compactified", as some discussions tackle: Is there any intuitive interpretation of compactification?

Either way, we're stuck at 3s+1t=4d$3s+1t=4d$ for now.

Prince Of Mathematics Carl Friedrich Gauss

Early Life and Education:

Born on April 30, 1777 in Brunswick, Germany to a very poor family, the father of Carl Friedrich Gauss was a gardener and brick layer. His mother was, however, very keen to educate her son. Gauss was a child prodigy in mathematics. The Duke of Brunswick was very impressed with his computing skills when he was only 14, so his stay at the Brunswick Collegium Carolinum, Hanover was generously financed.
Gauss attended the University of Göttingen from 1795 to 1798. He earned his doctorate in 1799 at the University of Helmstedt.

Contributions and Achievements:

Gauss was made the director of the Göttingen Observatory in 1807, as well a professor of mathematics at the same place. During his tenure, he spent much of his time establishing a new observatory. He also worked with Wilhelm Weber for almost six years making a primitive telegraph device which could send messages over a distance of 1500 meters. A a statue of Gauss and Weber was later built in Göttingen.
Carl Friedrich Gauss was a prolific author who wrote more than 300 papers, mostly in Latin. He also knew Russian and other foreign languages. He was appointed a foreign member of the Royal Society of London in 1801, mainly due to his his calculations of the orbits of the asteroids Ceres and Pallas. He also won the Copley Medal in 1838.

Later Life and Death:

Carl Friedrich Gauss was appointed a Geheimrat; a privy councilor, and he was also featured on the 10 Deutsche Mark note. He died on February 23, 1855 in Göttingen, Germany. He was 77 years old.

KVS Junior Mathematics Olympiad (JMO) – 2001

BIOGRAPHY OF NARENDRA MODI

                             नरेन्द्र मोदी

नरेन्द्र दामोदरदास मोदी ; जन्म: १७ सितम्बर, १९५० स्वतन्त्र भारत में जन्मे पहले प्रधानमन्त्री हैं जिनके नेतृत्व में भारत की प्रमुख विपक्षी पार्टी भारतीय जनता पार्टी ने २०१४ का लोकसभा चुनाव लड़ा और २८२ सीटें जीतकर अभूतपूर्व सफलता प्राप्त की। राष्‍ट्रपति प्रणव मुखर्जी ने राष्ट्रपति भवन के खुले प्रांगण में उन्हें २६ मई २०१४ को विधिवत भारत के प्रधानमन्त्री पद की शपथ दिलायी।

I PHONE TECHNOLOGY

      Now We Start New Technology Iphone 6

It’s very likely that the iPhone 6’s design will be different enough from the iPhone 5s to earn it its all-new number.

Traditionally, ‘s’ devices have kept the same design as their predecessors, with major differences appearing on the insides.

Apple will get a lot of flak if the iPhone 6 turns out to be a 5s with faster innards, so we’re expecting an all-new aluminium design.

There’s currently no indication as to what the iPhone 6 will look like, but that hasn’t stopped artist Frederico Ciccarese from creating an iPad-inspired iPhone 6 render, which borrows the curved metal back and shiny chamfered edges from the iPad Air and iPad Mini.

The renders keep the Touch ID fingerprint sensor Home button, which we expect to see return in the iPhone 6 as well.

Update 09/01/14: A reportedly genuine metal iPhone 6 casing has been posted to Weibo by Chinese site CTech.

Apart from appearing to be ludicrously thin, it's also wider and taller, supporting rumours of a larger screen.

If true, it means the iPhone 6 will have the largest screen of any iPhone to date, letting it finally compete with its Android phablet rivals.

Designer Martin Hajek has also created some beautiful renders based on schematics leaked by previously reliable Japanese site Macotakara.

Update 17/04/14: French site Nowehereelse.fr has posted spy shots of reportedly genuine iPhone 6 batteries. Interestingly, the connector pins have shifted from the side to the top, suggesting that an internal redesign has occurred to help make way for a larger screen.