# What Value Of G Makes The Equation True

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The model of the gravitational fields of the Earth and the Moon distorts the timeline. (Photo: Mark Garlick/Getty Images)

## What Value Of G Makes The Equation True

Gravity describes the actual force of gravity and can be used to calculate the forces of attraction between two objects.

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The forces of attraction between two objects can be calculated with a weight using the equation that most of us know from high school: the kinetic energy between two objects is obtained by multiplying the mass of these two objects (m1 and m2) and

Keith Cooper is a freelance science journalist and editor in the UK, with a BS in Physics and Astrophysics from the University of Manchester. He is the author of “The Contact Paradox: Challenging Our Perceptions in Search of Consciousness” (Bloomsbury Sigma, 2020) and has written articles on astronomy, physics and astronomy for numerous magazines and websites.

For example, once the mass of gravity is known, along with the acceleration due to gravity on Earth, the mass of our planet can be calculated. Once we know the size of our planet, knowing how big and how long it takes the planet to orbit allows us to measure the size of the sun. And knowing the size of the sun allows us to measure the mass of the Milky Way galaxy up to the sun’s orbit.

It was one of the first major scientific experiments, and scientists are investigating whether it can be different at different times and places in , which can have a great impact on the science of space.

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In England, the scientist Henry Cavendish (1731-1810), who was interested in calculating the mass of the world, realized that the explorers’ efforts would not end because the nearby mountains would make the ‘plumb-bob’ of the researchers. (an instrument that provided a vertical reference line from which the researchers could take their measurements) to some extent, changing their readings. If they know the size

So Cavendish set out to make measurements, the most accurate scientific measurements that had been made up to that time in history.

The English biologist Henry Cavendish (1731-1810) built a torsion bar to measure the force of gravity between two masses, so that he could make the first calculations of the world’s population. (Image Credit: Science & Society Image Library/Getty Images)

His experiment was called “The Torque Balance System.” It was about two dumbbells that could rotate around the same axis. One of the dumbbells has two small pieces of lead connected by a rod and they are made of fiber. The other dumbbell consists of two lead weights larger than 348-number (158 kilograms) that can rotate to either side of the smaller dumbbell.

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When the larger scale is placed next to the smaller parts, the higher friction of the larger parts attracts the smaller parts, causing the fiber to twist. The level of torque allowed Cavendish to measure the balance (rotational force) of the torsion system. He then used this value for torque instead of ‘.

‘ in the scale described above, and with the number of weights and their distances, you can rearrange the scale to calculate.

It is accurately measured to only five points. Unfortunately, attempts to measure it accurately are at odds with each other.

Part of the reason for this is that the weight of the things around the test device will interfere with the test. However, there is also a nagging suspicion that the problem is not just an experiment, but that there may be some new physics at work. It is possible that gravity is not as constant as scientists think.

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In the 1960s, physicists Robert Dicke (whose group led the discovery of the cosmic microwave background (CMB) by Arno Penzias and Robert Wilson in 1964) and Carl Brans developed the so-called scalar-tensor theory of gravity, a position of difference. of Albert Einstein’s General Theory of Relativity. A scalar field describes a potential property that can vary in different places (a global example is a temperature map, where the temperature is not constant, but varies by location). If gravity is a scalar field, then

May have different values ​​over time. This differs from the more widely accepted form of general relativity, which states that the force of gravity is constant in space.

Dark energy is the mysterious force that is accelerating the expansion of the universe today. Many scientists have wondered if there might be a connection between the two expansion forces. Yoshimura suggests that yes, they are both manifestations of a heavy field that is stronger in the early universe, then weakens, but becomes stronger as the universe expands and matter becomes more dispersed.

In other parts of the world so far they have not found anything. For example, in 2015, the results of a 21-year study of regular pulsars of the pulsar PSR J1713 + 0747 did not find any evidence that gravity has a different strength compared to here in the Solar System. Both the Green Bank Observatory and the Arecibo Radio Observatory have tracked PSR J1713+0747, which lies 3,750 light-years away in a binary system with a white dwarf. pulsar is one of the most well-known today, and any deviation from “Big G” will appear quickly in the period of the orbital dance with the white dwarf and the period of pulsars.

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In a statement, Weiwei Zhu of the University of British Columbia, who led the study of PSR J1713+0747, said that “gravitational gravity is the foundation of physics, so it is important to test this hypothesis using objects in space.” different.” , times and gravitational conditions. “The fact that we have seen that gravity works as well in our solar system as it does in distant star systems helps to confirm that gravity is real on Earth.”

Explore gravity in detail with a review of laboratory experiments on gravity by the Eöt-Wash group at the University of Washington. Read a review of trying to measure the ‘Big G’ and what the results might mean.

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