Symbols:G

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giga-

$\mathrm G$

The Système Internationale d'Unités metric scaling prefix denoting $10^{\, 9 }$.

Its $\LaTeX$ code is \mathrm {G} .

Group

$G$

Used to denote a general group.

In this context, frequently seen in the compound symbol $\left({G, \circ}\right)$ where $\circ$ represents an arbitrary binary operation.

The $\LaTeX$ code for $$\left({G, \circ}\right)$$ is \left({G, \circ}\right) .

Function

$g \left({x}\right)$

The letter $g$, along with $f$ and $h$, is frequently used to denote a general mapping or function.

The $\LaTeX$ code for $$g \left({x}\right)$$ is g \left({x}\right) .

Geometric Distribution

$X \sim \operatorname{G}_0 \left({p}\right)$

$X$ has the geometric distribution with parameter $p$.

The $\LaTeX$ code for $$X \sim \operatorname{G}_0 \left({p}\right)$$ is X \sim \operatorname{G}_0 \left({p}\right) .

Shifted Geometric Distribution

$X \sim \operatorname{G}_1 \left({p}\right)$

$X$ has the shifted geometric distribution with parameter $p$.

The $\LaTeX$ code for $$X \sim \operatorname{G}_1 \left({p}\right)$$ is X \sim \operatorname{G}_1 \left({p}\right) .

Generating Function

$G_A \left({z}\right)$

Let $A = \left \langle {a_n}\right \rangle$ be a sequence in $\R$.

Then $\displaystyle G_A \left({z}\right) = \sum_{n \mathop \ge 0} a_n z^n$ is called the generating function for the sequence $A$.

The $\LaTeX$ code for $$G_A \left({z}\right)$$ is G_A \left({z}\right) .