Examples of using Classical physics in English and their translations into Turkish
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The fundamental problem in classical physics.
In classical physics, there is always some friction, some energy loss.
This definition is basic to all classical physics.
Classical physics would introduce an error as in the superfluidity case.
And so, the laws of classical physics were established.
We have entered a territory beyond the reach of classical physics.
In classical physics, light is described as a type of electromagnetic wave.
Quantum mechanics reduces to classical physics when the quantum numbers are high.
The scientific revolutionis a convenient boundary between ancient thought and classical physics.
Physics today may be divided loosely into classical physics and modern physics. .
So, from that perspective of classical physics, like a big, very perfectly tuned clock. the universe looks like it's a big machine.
In a computer model,there is no need to use the speed of the object if classical physics is excluded.
The simplest picture of light given by classical physics is of a wave or disturbance in the electromagnetic field.
Classical unified field theories are attempts to create a unified field theory based on classical physics.
In fact, at short wavelengths, classical physics predicted that energy will be emitted by a hot body at an infinite rate.
The universe looks like it's a big machine, So,from that perspective of classical physics, like a big, very perfectly tuned clock.
The occurrence of the Meissner effect indicates that superconductivity cannot beunderstood simply as the idealization of perfect conductivity in classical physics.
These seemingly contradictory discoveries made it necessary to go beyond classical physics and take the quantum nature of light into account.
Classical physics explains matter and energy only on a scale familiar to human experience, including the behavior of astronomical bodies such as the Moon.
And now the divine beauty of the Newtonian clockwork universe,and even the classical physics of Einstein have been obscured by bewildering complexity.
Bekenstein's topical overview"A Tale of Two Entropies" describes potentially profound implications of Wheeler's trend, in part by noting a previouslyunexpected connection between the world of information theory and classical physics.
For example, the de Broglie wavelength of a tennis ball is insignificantly small,so classical physics is a good approximation to use in this case.
According to classical physics, these massive stellar objects exert a gravitational attraction that is strong enough to prevent anything, even electromagnetic radiation, from escaping past the Schwarzschild radius.
However, towards the end of the 19th century, scientists discovered phenomena in both the large(macro) and the small(micro) worlds that classical physics could not explain.
Typically physics(mathematical physics, particle physics, and classical physics) is basic, with chemistry built on top of it, then biology, psychology, and social sciences.
The speed and size of an object(or a system of particles) are only used for academics purposes orengineer calculus civil engineers use classical physics to build anything from a house to a bridge.
By using the simplest electromagnetic interaction, Dirac was able to predict the value of the magnetic moment associated with the electron's spin, and found the experimentally observed value, which was too large tobe that of a spinning charged sphere governed by classical physics.
Even several years later, other physicists like Rayleigh, Jeans,and Lorentz set Planck's constant to zero in order to align with classical physics, but Planck knew well that this constant had a precise nonzero value.
For Bohr, this was an indication that the principle of complementarity, a principle that he had previously known to appear extensively in other intellectual disciplines butwhich did not appear in classical physics, should be adopted as a universal principle.”.