Приклади вживання Newton's theory Англійська мовою та їх переклад на Українською
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Newton's theory can be applied only when.
These observations falsified Newton's theory.
Thus, in Newton's theory of gravity the superposition principle is valid.
The kind of order created, for example, by Newton's theory of gravity is of quite a different kind.
Newton's theory of universal gravitation predicted a smooth orbit for Uranus.
This is known as Newton's theory of colour.
Thus Newton's theory is a better approximation than Kepler's- it gets nearer to the truth.
In fact,it is not really consistent to treat light like cannonballs in Newton's theory of gravity because the speed of light is fixed.
(Newton 's theory also has the great advantage of being that it is much simpler to work with than Einstein's!).".
Although his views evolved over time, Newton's theory of light was essentially corpuscular, or particulate.
For example, very accurate observations of the planet Mercury revealed a small difference between its motion andthe predictions of Newton's theory of gravity.
In fact,it is not really consistent to treat light like cannonballs in Newton's theory of gravity because the speed of light is fixed.
Even those who realized that Newton's theory of gravity showed that the universe could not be static did not think to suggest that it might be expanding.
On the contrary, the kind of orderliness which results, for instance, from Newton's theory of gravitation is of an entirely different character.
Applying Newton's theory of gravity, one would conclude that since light has no mass, the force of gravity couldn't affect it.
For example, very accurate observations of the planet Mercury revealed a small difference between its motion andthe predictions of Newton's theory of gravity.
According to Newton's theory of gravitation, actions are transmitted instantaneously from some particles of matter to others through the empty space separating the particles.
He had come up with an elegant and decidedly homespun experiment to show light's wavelike nature,and in doing so refuted Newton's theory that light is made of corpuscles, or particles.
Newton's theory of gravity had assumed that objects did in fact have absolute velocities: that some things really were at rest while others really were in motion.
(We cannot even solve exactly for the motion of three bodies in Newton's theory of gravity, and the difficulty increases with the number of bodies and the complexity of the theory.). .
And Newton's theory(even though we may assume here that it is false) contains, for all we know, a staggering amount of true information- much more than Kepler's theory. .
He came up with an elegant and carefully thought-out experiment, demonstrating thewave nature of light, and thereby disproved Newton's theory that light consists of corpuscles, i.e. particles.
The success of scientific theories, particularly Newton's theory of gravity, led the Marquis de Laplace at the beginning of the nineteenth century to argue that the universe was completely deterministic.
According to Tilloy's theory, this creates a fluctuating gravitational field, andthe gravitational field produced by the average of these fluctuations is compatible with Newton's theory of gravity.
But gravitation doesn't necessarily need to be the same way;it's possible, as Newton's theory predicted, that the gravitational force would be an instantaneous phenomenon, felt by all objects with mass in the Universe across the vast cosmic distances all at once.
A team of researchers from the Universities of Oxford, New Brunswick and the Perimeter Institute for Theoretical Physicscame up with a model last year that says Newton's theory of gravity creates the conditions for time to move in a certain direction.
Furthermore, Newton's theory is inapplicable to the calculation of the motion of particles even in a weak gravitational field that satisfies condition(5) if the particles passing near a massive body already had, when they were still far from the body, a speed comparable to the speed of light.
It was only in challenging one of Newton's theories that Einstein stumbled upon the theory of relativity.
Similarly, he proved that magnetizing iron means increasing its weight, that Newton's theories of inertia and of gravity contradict each other(of course, he could not foresee that Einstein would show the identity of inert and gravitating mass), and many other things of this kind.