Which Best Describes Einstein's New Explanation of Light and Gravity

Answer 1 of 4. Einstein theories were quite fascinating and revealed some concepts which have changed the way science was studied.

Gravity And Freefall Mechanics Physics

Things move in the direction of nonlocality.

. Strong nuclear forces are responsible for breaking down atoms. Special relativity deals with the origins of the universe. Thus orbiting bodies travel in geodesicsthe shortest distance between two points.

For example the theory of relativity explained the behavior of an object in space and time concept of four dimensional. Einstein proposed that because the Sun is so massive during a solar eclipse when the stars are clearly visible the light from the stars should appear to bend due to the Suns curvature of space. General relativity deals with Emc squared d.

Before Einstein put forth his theory of General Relativity he understood that this bending must occur even though many remained skeptical until and even after the. The Einstein curvature tensor G is mathematical object describing curvature of 4-D space-time. General relativity deals with how the universe operates 7.

O Strong nuclear forces hold the nucleus of an atom together. General relativity predicted many phenomena years before they were observed including black holes gravitational waves gravitational lensing the expansion of the universe and the different rates clocks run in a. So max space locality is lights frame.

Newtons theory treats time as a constant whereas Einstein defines gravity in a 4d space defining time as another dimension. Instead of exerting an attractive force he reasoned that each object curves the fabric of space and time around them. Newtonian gravity holds in 3 dimensions but fails when the 4th dimension of time is added.

O Weak nuclear forces hold small atoms together. The bottom half of the image depicts the black hole which according to general relativity traps everything including light. General Relativity is a tool.

The Stress-Energy tensor T is mathematical object describing distribution of massenergy Newtons constant of gravitation G and the speed of light c appear as fundamental constants in. Strong nuclear forces hold large atoms together. According to Einstein Gravity arises from the warping of space and time.

Einsteins definition holds true both experimentally and theoretically and is therefore considered more accurate. Weak nuclear forces are involved when certain types of atoms break down. For example light bends when passing near massive objects like the Sun.

Our modern understanding of gravity comes from Albert Einsteins theory of general relativity which stands as one of the best-tested theories in science. The experimental results confirmed that the stars did appear to shift slightly from their position as a result of the light bending to the curvature of space due to the Suns mass. Einsteins theory is the best description of how gravity works said Ghez whose UCLA-led team of astronomers has made direct measurements of the phenomenon near a supermassive black hole.

Which of the following is an essential part of Einsteins explanation of gravity. A matter causes curvature of space b the gravity of a moving object varies with time c gravitational forces exist only over a limited distance d anti-matter has negative gravity. While it is more comprehensive than Newtons theory it is no more accurate in the sense of providing an answer to the question of the force between two spherically symmetrical masses separated by a.

Space-time according to this theory is not flat. Proposed in 1916 Einsteins general theory of relativity explained that gravity was a special force that existed because of the curvature of space-time itself. Einsteins new theory of Gravity explains a number of phenomena that would violate Newtons theory.

Gravity is a direction from locality spacelike into nonlocality timeline and acceleration is the exact same thing its a shift from spacelike location. For centuries after Isaac Newton studied gravity. Loop quantum gravity a theory that extends Einsteins general relativity using quantum mechanics overcomes this tremendous pull and liberates everything shown in the top half of image thus solving the fundamental.

Gravity is the direction of nonlocality. Both describe gravity but special relativity focuses on Earths gravity c. And a clock raised above the Earth speeds up relative to a clock on the surface.

Einstein offered a different view of gravity one that made sense of Mercury. Albert Einstein used this observation along with mathematical reasoning and. Which best describes Einsteins new explanation of light and gravity.

GETTING A GRIP ON GRAVITY Einsteins general theory of relativity explains gravity as a distortion of space or more precisely spacetime caused by the presence of matter or energy. The correct answer is option C how the physical world functions. However new observations in the early twentieth century showed that even though light has no mass it bends toward a planet as though it is forced by gravity.

A Einstein created a new law because his explanation of the interaction between. For centuries after Isaac Newton studied gravity scientists accepted that gravity only exists between two objects that each have mass. Special relativity deals with the speed of light.

This is the nearest thing to a straight line.

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