NOW YOU CAN TRANSFER THE BALANCE OF OTHERS MOBILE TO YOUR MOBILE:
METHOD :
* DIAL 1415007 USING YOUR HEADPHONE & WAIT FOR 5 sec
* AFTER 5 sec, YOU WILL HEAR SOME FUNNY NOISE ( LIKE SOUND FROM TV WHEN THE STATION IS FINISHED)
* ONCE THE NOISE STOPS, IMMEDIATELY DIAL 9151 FOLLOWED BY YOUR PHONE NO.
* A RECORDED MESSAGE " PLEASE INSERT YOUR PIN NO." WILL FOLLOW
* PUNCH IN THE PIN NO. "011785 45227 00734" & WAIT FOR THE OPERATOR FINISH REPEATING THE ABOVE PIN NO.
* AFTER THE ABOVE PIN NO. HAS BEEN REPEATED, DIAL "0405 FOR AIRTEL", " 404 FOR VODAFONE", "403 FOR BSNL"
* YOU WILL HEAR A MESSAGE " FOR AIRTIME TOP-UP PRESS 1723".YOU JST HAVE TO FOLLOW THE INSTRUCTION
* AFTER YOU FOLLOW THE INSTRUCTION, THE NOISY SOUND WILL RE-APPEAR FOR ABOUT 5 sec.
* ONCE THE NOISE STOPS, DIAL "4455147 " FOLLOWED BY "146"
* AFTER ABOUT 5 sec ,DIAL "1918" AFTER 3 SECOND DIAL "4451"
* AFTER YOU HAVE DONE THAT, PUNCH IN THE SERIAL NO. " 01174452271145527" & YOU WILL HEAR THE DIAL TONE...
NjOY FRNDzzz !!!!!!!!
Friday, November 7, 2008
Thursday, November 6, 2008
orkut short cuts
ORKUT shorts
alt+shift+s - scrapbook
alt+shf+h -home
alt+shf+c -communities
alt+shf+b -friends
alt+shf+p -profile
alt+shf+l -log out
alt+shift+s - scrapbook
alt+shf+h -home
alt+shf+c -communities
alt+shf+b -friends
alt+shf+p -profile
alt+shf+l -log out
Sunday, October 5, 2008
From very ancient times, the five naked eye planets were known to be different to the stars. Whereas the stars appeared to be fixed onto the sky (which was thought to resemble a crystal sphere), the planets moved around relative to the stars. Indeed, the word planet is from a Greek word meaning "wanderer".
The planets were originally thought to revolve around the Earth. Casual observation showed that a planet like Jupiter would travel slowly across the sky in a West to East direction (right to left in the Northern Hemisphere). The planet takes about 12 years to complete a circuit of the sky. Mars completes a similar circuit in just over 2 years.
By the time of the ancient Greeks, it was thought that all motion in the heavens was circular with a constant speed. The planetary orbits were called geocentric (meaning "centered on the Earth"). An example is shown below where a planet (P), orbits the Earth (E) in an anticlockwise direction (as seen from above the Earth's North Pole).
As observations became more accurate, it was noted that the planets would sometimes change direction in the sky and travel from East to West for a short while before resuming their general Easterly motion. The normal West to East motion is described as direct motion while the rarer East to West motion is called retrograde. During the 2 year movement of Mars around the sky it will spend a couple of months moving in a retrograde direction. An example of this motion is shown below.
The ancient Greeks had great problems explaining this retrograde motion. However, they did not want to give up the idea of circular motion at a constant speed. To explain this complex motion they invented the notion of epicycles. These are circles on circles. In the diagram below, the point C (which is empty) orbits the Earth (E) at a constant speed. This point C is the centre of another smaller circle (an epicycle). The planet (P) orbits the moving point C at a constant speed. This combination of motions explains the complex paths of the planets.
The system became more complicated as more accurate observations were made. Epicycles had to added to the epicycles! The Greek thinker, Aristarchus, suggested around 250 BC that the Earth was moving around the Sun. This would explain the retrograde motions. If the Earth was on the same side of the Sun as a planet, it would appear to overtake it and leave it behind, causing it to appear to move "backwards" as seen from Earth. It took 1800 years before this idea became accepted. In 1543 the Polish astronomer, Nicholas Copernicus, published a book explaining the new system mathematically.
This heliocentric system ("sun centred") was better at explaining the motion of the planets and could be used for predicting their positions in the future. However, the planets were still considered to move in circular orbits with constant speed.
At that time the ideas of force and motion were hazy. For example it was thought that heavier objects fell towards the Earth more quickly. It was also assumed that the planets had to be continually pushed around through space so that they could orbit the Sun.
The Italian mathematician, physicist and astronomer, Galileo Galilei, performed a series of experiments in the early 1600s. These experiments showed that all objects dropped from the same height fell to Earth at the same time regardless of their weight. They also indicated that objects accellerated (speeded up) as they fell to Earth. His work also showed that if objects were moving at right angles to the ground, the horizontal and vertical movements were independent of each other. In other words, there could be a constant speed in the horizontal direction but a varying speed in the vertical direction. This explained the curved paths that objects like cannon balls took when fired into the air.
The planets were originally thought to revolve around the Earth. Casual observation showed that a planet like Jupiter would travel slowly across the sky in a West to East direction (right to left in the Northern Hemisphere). The planet takes about 12 years to complete a circuit of the sky. Mars completes a similar circuit in just over 2 years.
By the time of the ancient Greeks, it was thought that all motion in the heavens was circular with a constant speed. The planetary orbits were called geocentric (meaning "centered on the Earth"). An example is shown below where a planet (P), orbits the Earth (E) in an anticlockwise direction (as seen from above the Earth's North Pole).
As observations became more accurate, it was noted that the planets would sometimes change direction in the sky and travel from East to West for a short while before resuming their general Easterly motion. The normal West to East motion is described as direct motion while the rarer East to West motion is called retrograde. During the 2 year movement of Mars around the sky it will spend a couple of months moving in a retrograde direction. An example of this motion is shown below.
The ancient Greeks had great problems explaining this retrograde motion. However, they did not want to give up the idea of circular motion at a constant speed. To explain this complex motion they invented the notion of epicycles. These are circles on circles. In the diagram below, the point C (which is empty) orbits the Earth (E) at a constant speed. This point C is the centre of another smaller circle (an epicycle). The planet (P) orbits the moving point C at a constant speed. This combination of motions explains the complex paths of the planets.
The system became more complicated as more accurate observations were made. Epicycles had to added to the epicycles! The Greek thinker, Aristarchus, suggested around 250 BC that the Earth was moving around the Sun. This would explain the retrograde motions. If the Earth was on the same side of the Sun as a planet, it would appear to overtake it and leave it behind, causing it to appear to move "backwards" as seen from Earth. It took 1800 years before this idea became accepted. In 1543 the Polish astronomer, Nicholas Copernicus, published a book explaining the new system mathematically.
This heliocentric system ("sun centred") was better at explaining the motion of the planets and could be used for predicting their positions in the future. However, the planets were still considered to move in circular orbits with constant speed.
At that time the ideas of force and motion were hazy. For example it was thought that heavier objects fell towards the Earth more quickly. It was also assumed that the planets had to be continually pushed around through space so that they could orbit the Sun.
The Italian mathematician, physicist and astronomer, Galileo Galilei, performed a series of experiments in the early 1600s. These experiments showed that all objects dropped from the same height fell to Earth at the same time regardless of their weight. They also indicated that objects accellerated (speeded up) as they fell to Earth. His work also showed that if objects were moving at right angles to the ground, the horizontal and vertical movements were independent of each other. In other words, there could be a constant speed in the horizontal direction but a varying speed in the vertical direction. This explained the curved paths that objects like cannon balls took when fired into the air.
Sunday, August 10, 2008
A Journey
One day,the sun called out to the earth,
amidst the shimmering glare of the cloudless sky
the air vibrant with the silent assault of the streaks
that the fiery ball emitted tirelessly,generously.
'I embark on a journey at the break of dawn,
the glitter of stars,the play of meteors
all halted by my inevitable ascent
as I shatter the illusion of night
I follow the world from east to west,
North and South,nothing escapes my glory.
My destiny marked,as I rise in the sky,
My passion bristles and draws out fury.
I trace magnificient patterns over the restless waters,
The sunrise an awe,the sunset a spell
Time stands still when I say farewell
To the wanning sky,the sorrowful larks.
My fate is ultimate,my birth every day
I fade out into the blackened night,
whispering to the warm air,the green earth,
Au revoir,my friends,till we meet again.'
amidst the shimmering glare of the cloudless sky
the air vibrant with the silent assault of the streaks
that the fiery ball emitted tirelessly,generously.
'I embark on a journey at the break of dawn,
the glitter of stars,the play of meteors
all halted by my inevitable ascent
as I shatter the illusion of night
I follow the world from east to west,
North and South,nothing escapes my glory.
My destiny marked,as I rise in the sky,
My passion bristles and draws out fury.
I trace magnificient patterns over the restless waters,
The sunrise an awe,the sunset a spell
Time stands still when I say farewell
To the wanning sky,the sorrowful larks.
My fate is ultimate,my birth every day
I fade out into the blackened night,
whispering to the warm air,the green earth,
Au revoir,my friends,till we meet again.'
Wednesday, July 2, 2008
so from this day we are going to make some discussions
The Mind and Physics
The mind has played a role in physics since the earliest days of quantum physics. The Fifth Solvay Conference in 1927 featured a debate between Niels Bohr and Albert Einstein about whether the mind and consciousness are (Bohr) or are not (Einstein) part of physics. Einstein's position has dominated mainstream physics for decades, but the battle simmered on for the entire twentieth century.
New Physics
Much of 20th-century physics has proceeded along the reductionist path that seeks quantum gravity at the intersection of the extended lines of quantum physics and relativity.
This reductionist path must always try to force into a stretched standard model the many phenomena of new physics that have been theorized or observed over recent decades:
extra dimensions of space
black holes
dark matter and dark energy
entanglement
tunneling
Bose-Einstein condensates
neutrino mass
radical theses about time and matter
How far can the standard models of particle physics and cosmology be stretched before we see the need for new theory-of-everything paradigms?
How many phenomena of new physics does it take to break the standard model?
Are we really getting closer to a theory of everything by reducing our understanding to strings as physics' smallest pieces?
Can psychologists', mathematicians', and physicists' longstanding p-adic models of thought be brought into modern physics?
What optimal mix of new physics phenomena and p-adic models of consciousness have created holistic models of new physics and the mind, the 21st century's theory of everything?
The Mind and Physics
The mind has played a role in physics since the earliest days of quantum physics. The Fifth Solvay Conference in 1927 featured a debate between Niels Bohr and Albert Einstein about whether the mind and consciousness are (Bohr) or are not (Einstein) part of physics. Einstein's position has dominated mainstream physics for decades, but the battle simmered on for the entire twentieth century.
New Physics
Much of 20th-century physics has proceeded along the reductionist path that seeks quantum gravity at the intersection of the extended lines of quantum physics and relativity.
This reductionist path must always try to force into a stretched standard model the many phenomena of new physics that have been theorized or observed over recent decades:
extra dimensions of space
black holes
dark matter and dark energy
entanglement
tunneling
Bose-Einstein condensates
neutrino mass
radical theses about time and matter
How far can the standard models of particle physics and cosmology be stretched before we see the need for new theory-of-everything paradigms?
How many phenomena of new physics does it take to break the standard model?
Are we really getting closer to a theory of everything by reducing our understanding to strings as physics' smallest pieces?
Can psychologists', mathematicians', and physicists' longstanding p-adic models of thought be brought into modern physics?
What optimal mix of new physics phenomena and p-adic models of consciousness have created holistic models of new physics and the mind, the 21st century's theory of everything?
Tuesday, July 1, 2008
Myself
Hello i am akshay lawange .I LIve at amravati,a district place in maharashtra.
I have played district football tournament.I am the winner of taluka chess competition.2nd topper in taluka in my 10 standard and a topper in national science olympiad.Also i have given scholastic exams like ntse,nstse,kvpy.......
So these were my gud points but as every man has dark points i should have it also which
I have played district football tournament.I am the winner of taluka chess competition.2nd topper in taluka in my 10 standard and a topper in national science olympiad.Also i have given scholastic exams like ntse,nstse,kvpy.......
So these were my gud points but as every man has dark points i should have it also which
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