## Relation Between G And G

The acceleration on an object due to the gravity of any massive body is represented by g . The force of attraction between any two unit masses separated by unit distance is called universal gravitational constant denoted by G . The relation between G and g is not proportional. That means they are independent entities.

## What Does Sg Stand For

#### What does **S.G.** mean? This page is about the various possible meanings of the acronym, abbreviation, shorthand or slang term: **S.G.**.

**Filter by:**

#### What does **S.G.** mean?

- S.G.
- What does S.G. stand for? — Explore the various meanings for the S.G. acronym on the
**Abbreviations.com**website.

**Couldn’t find the full form or full meaning of S.G.?**

#### Maybe you were looking for one of these abbreviations:

**Discuss these S.G. abbreviations with the community:**

#### Report Comment

We’re doing our best to make sure our content is useful, accurate and safe.If by any chance you spot an inappropriate comment while navigating through our website please use this form to let us know, and we’ll take care of it shortly.

## Chambers 20th Century Dictionaryrate This Definition:

Physics

fiziks, *n.pl.* used as *sing.* equivalent to **Physical science**i.e. the science of the order of nature: usually sig. the study of matter and the general properties of matter as affected by energy or forcealso called *Natural philosophy*.*ns.***Physicologic**, logic illustrated by physics; **Physico-theology**, theology illustrated by natural philosophy.

**Read Also: Exponential Growth And Decay Common Core Algebra 1 Homework Answers **

## Definition Of A Meter

The seconds pendulum was one of the ways to define the length of one meter. Of course, there are other ways to define this length. I’m not sure how good of an idea this was, but one definition of the meter was that 10 million meters would be the distance from the North pole to the Equator passing through Paris. It just doesn’t seem like this would be easy to measure. But what do I know?

Well, why not use the seconds pendulum? It almost seems like a perfect way to define a standard. Anyone can make one with some very simple tools. However, it is not really reproducible. As you move around the Earth, the value of *g* changes .

Then how do you define a meter? For a time, the idea was to a particular bar of a certain length and at a certain temperature. Now we define the meter as the distance light travels in a vacuum in a certain amount of time.

## What Is The G Force

First, it isn’t really a measure of force. If two objects are sitting on the table, they will both be at 1 g even if they are different masses. The gravitational forces will be different and the force of the table pushing up will be different.

I am not sure everyone completely agrees on the definition of g-force, but I like this definition.

If an object is at rest, then the net force on that object would be zero . Subtracting the gravitational force would leave a g-force of 9.8 m/s2 or 1 g. If an object is accelerating UP at 9.8 m/s2, the net force would also be a vector pointing up. Subtracting a vectoring pointing down would result in a larger g-force of 2 g’s. If the object was accelerating down at 9.8 m/s2, the net force would be the same as the gravitational force. Subtracting them would give the zero vector and a g-force of 0 g’s.

**You May Like: Math Caching Algebra 1 Answers **

## Case : A Hollow Spherical Shell

The gravitational force acting by a spherically symmetric shell upon a point mass *inside *it, is the vector sum of gravitational forces acted by each part of the shell, and this vector sum is equal to zero. That is, a mass \text *within *a spherically symmetric shell of mass \text, will feel no net force .

The net gravitational force that a spherical shell of mass \text exerts on a body *outside *of it, is the vector sum of the gravitational forces acted by each part of the shell on the outside object, which add up to a net force acting as if mass \text is concentrated on a point at the center of the sphere .

**Diagram used in the proof of the Shell Theorem**: This diagram outlines the geometry considered when proving The Shell Theorem. In particular, in this case a spherical shell of mass \text exerts a force on mass \text outside of it. The surface area of a thin slice of the sphere is shown in color.

## What Does The 1 Superscript Mean In Units

For example, the rate of a chemical reaction can be expressed in $\mathrm/\mathrm^/\mathrm^$. Why is it 1 and not, say, 2? Does it change the meaning if the minus is removed and we simply express the rate in $\mathrm/\mathrm/\mathrm$?

- 15$\begingroup$The answers below are correct but none seem to mention that in math $x^$ equals $\dfrac$ for some variable $x$. The same thing applies here.$\endgroup$;Calvin’s HobbiesOct 21 ’14 at 21:51
- 5$\begingroup$Please note that a solidus shall not be followed by a multiplication sign or a division sign on the same line unless parentheses are inserted to avoid any ambiguity. Besides, the unit symbol for second is s .$\endgroup$;user7951

The -1 means “per” unit. So your first example mol/L-1/s-1 is not correct – it would actually be written as mol L-1 s-1, OR mol/. It is also sometimes written as mol/L/s, but the double division is ambiguous and should be avoided unless parentheses are used.

If it were mol L-1 s-2, this would mean moles per litre per second per second.

This is really just a question of notation, and is not chemistry-specific at all. Yes, all the minus/plus signs and the value of numbers are important. Good examples of units can include:

- area, measured in m2, or metres squared
- volume, measured in m3, or metres cubed
- pressure, measured in N;m-2, or Newtons per metre squared
- velocity, measured in m;s-1, or metres per second
- acceleration, measured in m;s-2, or metres per second per second

**Don’t Miss: Copulation Definition Biology **

## Acceleration Due To Gravity

The acceleration due to the force of gravity on Earth is designated by **g**. Its value is:

g =9.807 meters per second-squared in the metric or SI system of measurement

g =32.2 feet per second-squared in the English system of measurement

Note: Since most textbooks useg =9.8 m/s2 and 32 ft/s2, we will also use the rounded-off version in these lessons.

In the equation **F = mg**, you must use the same measurement system for mass, **m**, as you do for **g**.

Note:Some textbooks carelessly definegas theacceleration. That is incorrect and misleading, since gravity does not accelerate. The expression should beofgravitythe acceleration, which is correct description ofdue togravityg.Care must be taken in defining scientific terms.

## What Does It Mean To Find Acceleration In Terms Of G

I’m having trouble understanding what a problem I have is seeking.

To simplify the problem:

A particle reaches a speed of 1.6 m/s in a 5.0 micrometer launch. The speed is reduced to zero in 1.0 mm by the air. Assume constant acceleration and find the acceleration in terms of g during a) the launch and b) the speed reduction.

The basic strategy to find acceleration I am using is to calculate two velocity equations: one between and ; the second between and . Then I will derive the acceleration value for each. Because acceleration is constant I can expect a linear velocity equation.

What is confusing me is that we are to assume constant acceleration. Thus the acceleration equation will merely be some real number. So, what exactly is expected if it is to be in terms of g? Is my strategy to find acceleration incorrect?

**You May Like: What Is The Molecular Geometry Of Ccl4 **

## Case : A Solid Uniform Sphere

The second situation we will examine is for a solid, uniform sphere of mass \text and radius \text, exerting a force on a body of mass \text at a radius \text *inside* of it . We can use the results and corollaries of the Shell Theorem to analyze this case. The contribution of all shells of the sphere at a radius greater than \text from the spheres center-of-mass can be ignored . Only the mass of the sphere within the desired radius \text_} is relevant, and can be considered as a point mass at the center of the sphere. So, the gravitational force acting upon point mass \text is:

\displaystyle \text=\frac_}}^2}

where it can be shown that;\displaystyle \text_}=\frac\pi \text^3 \rho

Therefore, combining the above two equations we get:

\text=\frac \pi \text \rho \text

which shows that mass \text feels a force that is linearly proportional to its distance, \text, from the spheres center of mass.

As in the case of hollow spherical shells, the net gravitational force that a solid sphere of uniformly distributed mass \text exerts on a body *outside *of it, is the vector sum of the gravitational forces acted by each shell of the sphere on the outside object. The resulting net gravitational force acts as if mass \text is concentrated on a point at the center of the sphere, which is the center of mass, or COM . More generally, this result is true even if the mass \text is *not *uniformly distributed, but its density varies radially .

## Webster Dictionaryrate This Definition:

g is the seventh letter of the English alphabet, and a vocal consonant. It has two sounds; one simple, as in gave, go, gull; the other compound , as in gem, gin, dingy. See Guide to Pronunciation, // 231-6, 155, 176, 178, 179, 196, 211, 246

g is the name of the fifth tone of the natural or model scale; — called also sol by the Italians and French. It was also originally used as the treble clef, and has gradually changed into the character represented in the margin. See Clef. G/ is a tone intermediate between G and A

**Also Check: What Is The Molecular Geometry Of Ccl4 **

## Here’s What It Looks Like When G

ByBrandon Specktor06 February 2018

Soaring sideways over the Nevada desert in a small propeller airplane, a young boy laughs with awe at the tilted world below him. Then, a few seconds later, the boy’s muscles droop. He passes out. And now it’s his instructor’s turn to laugh.

Don’t worry: The boy in the plane the star of a viral GIF titled “G-forces: first you feel silly, then you pass out,” posted to Reddit on Feb. 5 ; wakes up fine but groggy after a few seconds. Still, the question remains: Why did he pass out, but the pilot sitting behind him did not?

The answer, according to the National Aerospace Training and Research Center , ain’t nuthin’ but a G thang, baby.

“This seems like a typical case of G-LOC, or G-Induced Loss of Consciousness,” Dr. Swee Weng Fan, a former flight surgeon and current managing director of training at NASTAR, told Live Science in an email. G-LOC is “one of the hazards that pilots flying high-performance aircraft must be well trained and prepared for,” Fan said.

In physics, G-force is used to describe the acceleration of an object relative to Earth’s gravity. Assuming you are sitting at a desk or standing on solid ground right now, you are in a 1 G environment; Earth’s standard force of gravity is pushing against you as it normally does.

“On top of;that, now the heart has to fight the force;to;push;the blood to the brain with much higher pressure,” Fan said.;”And no blood in the brain means no oxygen in the brain.”

## What Does Pi Have To Do With Gravity

To revist this article, visit My Profile, then View saved stories.

Let’s start with a quick calculation. You might need your calculator. What is squared?

Does that number look familiar? Does it look like the local gravitational field on the surface of the Earth, *g*? Well, no – it doesn’t because it doesn’t have any units. But the numerical value is similar to the accepted field value of:

Other than the unit issue – it isn’t trivial to compare 2 and *g*. As you move around the Earth, the magnitude of *g* changes because:

- It changes with altitude.
- It changes with the latitude above the equator.
- It changes due to different densities of the local Earth.

In spite of this, a value of 9.81-ish N/kg is pretty reasonable. And yes, 9.81 N/kg has the exact same units as 9.81 m/s2. However, I like the units of N/kg because it shows the connection between field, mass and force. Please don’t call it the ‘acceleration due to gravity’ – that just brings up a whole bunch of conceptual problems.

What if you use different units for *g*? In that case, it looks like it doesn’t work. Older textbooks will list the gravitational field with a value of 32 ft/s^2. That clearly isn’t pi squared.

**Read Also: Eoc Fsa Warm Ups Algebra 1 Answers **

## Rap Dictionaryrate This Definition:

gnoun

Shortened version of ‘Gangsta’. Damn, I’m such a G, it’s pathetic — Ice Cube

gnoun

Shortened version of ‘God’. 5% Nation followers call each other that in the belief that all black men are gods.

gnoun

$1000, from “grands” meaning thousands, for example a hundred G’s equals $100,000. I clock G’s while you clock Z’s — EPMD

gnoun

The letter ‘G’ represents the rapper named G-Monie.

gnoun

In Chicago, it’s a form of greeting as for saying what’s up “guy” or “gangsta”

gnoun

A type of nut, originating in the deep African jungle. Used as an aphrodesiac. The effect works well when placed deep into the anus and massaged into the small intestine.

gnoun

‘G’ – Graham the Gorilla, a popular attraction at the New York Zoo. His acts feature picking his nose, and inserting various fruits into bizarre areas.

## The New Hacker’s Dictionaryrate This Definition:

1. See quantifiers. 2. The letter G has special significance in the hacker community, largely thanks to the GNU project and the GPL.Many free software projects have names that names that begin with G. The GNU project gave many of its projects names that were acronyms beginning with the word GNU, such asGNU C Compiler and GNU Debugger , and this launched a tradition. Just as many Java developers will begin their projects with J, many free software developers will begin theirs with G. It is often the case that a program with a G-prefixed name is licensed under the GNU GPL.For example, someone may write a free Enterprise Engineering Kludge package and name it geek to imply that it is a GPL’d EEK package.

**You May Like: Ccl4 Electron Geometry **

## Why Worry About G Force

You see? I added some extra questions.

Suppose you have an app on your phone that measures acceleration. Here is a screen shot from the iPhone AccelMeter App.

It’s a pretty cool app. It shows a 3-D representation of the g-force vector in real time. Here you can see that I am just holding the phone to produce a vector with a magnitude of 1.00 g. Why doesn’t the phone give the acceleration vector instead? Because the phone can’t tell the difference between the gravitational field and an acceleration.

Recall how an accelerometer works. I actually wrote about this a long time ago – but here is a more recent video describing modern accelerometers. At the basic level, an accelerometer is just a spring and the measurement of a g-force is based on the amount the spring is stretched. Consider two springs that can only move in one dimension. The first spring is vertical and at rest. The other spring is horizontal and accelerating.

For the vertical hanging spring on the left, it is in equilibrium. This means that for the forces in the vertical direction, the following would be true:

For most springs, the force exerted by the spring is proportional to the amount the spring is stretched. This is known as Hooke’s Law and can be written as:

Ok. Now to look at the horizontal spring . For this object, there is only the spring force on it. The force equation in the x-direction would be:

## Universal Gravitation For Spherically Symmetric Bodies

*The **Law** of Universal Gravitation* states that the gravitational force between two points of mass is proportional to the magnitudes of their masses and the inverse-square of their separation, \text:

\displaystyle \text=\frac}^2}

However, most objects are not point particles. Finding the gravitational force between three-dimensional objects requires treating them as points in space. For highly symmetric shapes such as spheres or spherical shells, finding this point is simple.

**Also Check: Holt Geometry Lesson 4.5 Practice B Answers **

## Princeton’s Wordnetrate This Definition:

gram, gramme, gm, gnoun

a metric unit of weight equal to one thousandth of a kilogram

guanine, Gnoun

a purine base found in DNA and RNA; pairs with cytosine

deoxyguanosine monophosphate, Gnoun

one of the four nucleotides used in building DNA; all four nucleotides have a common phosphate group and a sugar

thousand, one thousand, 1000, M, K, chiliad, G, grand, thou, yardnoun

the cardinal number that is the product of 10 and 100

g, gee, g-forcenoun

a unit of force equal to the force exerted by gravity; used to indicate the force to which a body is subjected when it is accelerated

gigabyte, G, GBnoun

a unit of information equal to 1000 megabytes or 10^9 bytes

gigabyte, gibibyte, G, GB, GiBnoun

a unit of information equal to 1024 mebibytes or 2^30 bytes

gravitational constant, universal gravitational constant, constant of gravitation, Gnoun

the universal constant relating force to mass and distance in Newton’s law of gravitation

G, gnoun

## Editors Contributionrate This Definition:

A G is a term used for someone who has a proven track record of being willing to do things for money or items that are sometimes illegal. A person vouches for the G to let others know they are not a square. They are down to hustle for fast money. G differs from gangster and gangsta because it does not imply gang affiliation. It simply states that the G is a hustler who isn’t afraid to break the law and to do so with prior experience and knowledge of the rules used by such people.

When a person is being introduced to someone new and all are considered to be a G, this will be included in the introduction.”I’d like to introduce you to Grace, she is a G. Grace this is James, also a G.”y

Submitted by BeckyJo on December 2, 2019;;

**Also Check: Math Aids Mean Median Mode **