Symbols:B
Hexadecimal
- $\mathrm B$ or $\mathrm b$
The hexadecimal digit $11$.
Its $\LaTeX$ code is \mathrm B or \mathrm b.
Galactic Latitude
- $b$
The symbol used to denote galactic latitude is $b$.
Its $\LaTeX$ code is b .
Bernoulli Distribution
- $X \sim \Bernoulli p$
$X$ has the Bernoulli distribution with parameter $p$.
The $\LaTeX$ code for \(X \sim \Bernoulli {p}\) is X \sim \Bernoulli {p} .
Binomial Distribution
- $X \sim \Binomial n p$
$X$ has the Binomial distribution with parameters $n$ and $p$.
The $\LaTeX$ code for \(X \sim \Binomial {n} {p}\) is X \sim \Binomial {n} {p} .
Magnetic Flux Density
- $\mathbf B$
The usual symbol used to denote magnetic flux density is $\mathbf B$.
Its $\LaTeX$ code is \mathbf B .
Biot
- $\mathrm {Bi}$
The symbol for the biot is $\mathrm {Bi}$.
Its $\LaTeX$ code is \mathrm {Bi} .
Barye
- $\mathrm {Ba}$
The symbol for the barye is $\mathrm {Ba}$.
Its $\LaTeX$ code is \mathrm {Ba} .
Becquerel
- $\mathrm {Bq}$
The becquerel is the SI unit of radioactivity.
One becquerel is defined as the radioactivity of a quantity of radioactive material in which one nucleus decays per second.
The symbol for the becquerel is $\mathrm {Bq}$.
Its $\LaTeX$ code is \mathrm {Bq} .
Bel
- $\mathrm B$
The bel is a unit for comparing levels of power.
The number of bels is equal to the (common) logarithm of the ratio of the two levels of power.
The symbol for the bel is $\mathrm B$.
Its $\LaTeX$ code is \mathrm B .
British Thermal Unit
- $\mathrm {Btu}$
The symbol for the British thermal unit is $\mathrm {Btu}$.
The $\LaTeX$ code for \(\mathrm {Btu}\) is \mathrm {Btu} .
British Thermal Unit per Hour-Foot-Fahrenheit
- $\mathrm {Btu / h \, ft \fahr}$
The symbol for the british thermal unit per hour-foot-fahrenheit is $\mathrm {Btu / h \, ft \fahr}$.
Its $\LaTeX$ code is \mathrm {Btu / h \, ft \fahr} .
British Thermal Unit per Hour-Foot-Rankine
- $\mathrm {Btu / h \, ft \rankine}$
The symbol for the british thermal unit per hour-foot-rankine is $\mathrm {Btu / h \, ft \rankine}$.
Its $\LaTeX$ code is \mathrm {Btu / h \, ft \rankine} .