CDOT information

CDOT may refer to: \cdot – the LaTeX input for the dot operator (⋅) Cdot, a rapper from Sumter, South Carolina Centre for Development of Telematics, India...

that the equality x ⋅ ( y + z ) = x ⋅ y + x ⋅ z {\displaystyle x\cdot (y+z)=x\cdot y+x\cdot z} is always true in elementary algebra. For example, in elementary...

(u\cdot v)'=u'\cdot v+u\cdot v'} or in Leibniz's notation as d d x ( u ⋅ v ) = d u d x ⋅ v + u ⋅ d v d x . {\displaystyle {\frac {d}{dx}}(u\cdot v)={\frac...

{\displaystyle (\mathbf {a} \cdot \mathbf {b} )\cdot \mathbf {c} } or a ⋅ ( b ⋅ c ) {\displaystyle \mathbf {a} \cdot (\mathbf {b} \cdot \mathbf {c} )} are both...

{\displaystyle 1200=2^{4}\cdot 3^{1}\cdot 5^{2}=(2\cdot 2\cdot 2\cdot 2)\cdot 3\cdot (5\cdot 5)=5\cdot 2\cdot 5\cdot 2\cdot 3\cdot 2\cdot 2=\ldots } The theorem...

\det(U*{\vec {a}}\cdot {\vec {\sigma }})=\det({\vec {a}}\cdot {\vec {\sigma }})\ ,} and that   U ∗ a → ⋅ σ →   {\displaystyle \ U*{\vec {a}}\cdot {\vec {\sigma...

cdot 2\pi \cdot {\text{rotational speed}}\cdot {\frac {{\text{ft}}{\cdot }{\text{lbf}}}{\text{min}}}\cdot {\frac {\text{horsepower}}{33,000\cdot {\frac...

{A} \cdot \mathbf {B} )=\mathbf {A} \cdot \nabla ^{2}\mathbf {B} -\mathbf {B} \cdot \nabla ^{2}\!\mathbf {A} +2\nabla \cdot ((\mathbf {B} \cdot \nabla...

_{n})\cdot A_{n}+\sin(\varphi _{n})\cdot B_{n}\\&={\frac {A_{n}}{\sqrt {A_{n}^{2}+B_{n}^{2}}}}\cdot A_{n}+{\frac {B_{n}}{\sqrt {A_{n}^{2}+B_{n}^{2}}}}\cdot...

{\displaystyle (A+{\overline {B}})\cdot ({\overline {A}}+B)} and A ⋅ B + A ¯ ⋅ B ¯ {\displaystyle A\cdot B+{\overline {A}}\cdot {\overline {B}}} both represent...

A ¯ ⋅ B {\displaystyle A\cdot {\overline {B}}+{\overline {A}}\cdot B} or ( A + B ) ⋅ ( A ¯ + B ¯ ) {\displaystyle (A+B)\cdot ({\overline {A}}+{\overline...

{\displaystyle D_{t+1}=D_{t}\cdot {\frac {\displaystyle \sum _{i=1}^{n}(p_{it}\cdot s_{it}\cdot ff_{it}\cdot cf_{it}\cdot x_{it})\pm \Delta MC_{t+1}}{\displaystyle...

z}}\right)\\&=({\vec {e}}_{x}\cdot 1+{\vec {e}}_{y}\cdot 0+{\vec {e}}_{z}\cdot 0)\times ({\vec {e}}_{x}\cdot 0+{\vec {e}}_{y}\cdot 1+{\vec {e}}_{z}\cdot 0)\\&={\vec {e}}_{x}\times...

0\cdot 0/4}\cdot 1+e^{-i2\pi 0\cdot 1/4}\cdot (2-i)+e^{-i2\pi 0\cdot 2/4}\cdot (-i)+e^{-i2\pi 0\cdot 3/4}\cdot (-1+2i)=2\\X_{1}&=e^{-i2\pi 1\cdot 0/4}\cdot...

10 = 160 . {\displaystyle {\begin{aligned}&0\cdot 8+3\cdot 7+7\cdot 6+8\cdot 5+5\cdot 4+9\cdot 3+5\cdot 2\\&=0+21+42+40+20+27+10\\&=160\;.\end{aligned}}}...

{\displaystyle \operatorname {E} [X]=\Pr(X=1)\cdot 1+\Pr(X=0)\cdot 0=p\cdot 1+q\cdot 0=p.} The variance of a Bernoulli distributed X{\displaystyle...

{{\text{kg}}{\cdot }{\text{m}}^{2}{\cdot }{\text{s}}^{-3}}{\text{A}}}={\text{kg}}{\cdot }{\text{m}}^{2}{\cdot }{\text{s}}^{-3}{\cdot }{{\text{A}}^{-1}}...

(c_{1}A+c_{2}B)\cdot X=c_{1}A\cdot X+c_{2}B\cdot X} A⋅(c1X+c2Y)=c1A⋅X+c2A⋅Y{\displaystyle A\cdot (c_{1}X+c_{2}Y)=c_{1}A\cdot X+c_{2}A\cdot Y}...

{\begin{aligned}p&=p_{0}\cdot \left(1-{\frac {L\cdot h}{T_{0}}}\right)^{\frac {g\cdot M}{R_{0}\cdot L}}\\&=p_{0}\cdot \left(1-{\frac {g\cdot h}{c_{\text{p}}\cdot T_{0}}}\right)^{\frac...

{\begin{aligned}(I_{3}\cdot R_{3})-(I_{G}\cdot R_{G})-(I_{1}\cdot R_{1})&=0\\(I_{x}\cdot R_{x})-(I_{2}\cdot R_{2})+(I_{G}\cdot R_{G})&=0\end{aligned}}}...

\int _{-\infty }^{\infty }u_{_{P}}(x-\tau )\cdot v(\tau )\ d\tau \\&\equiv \int _{P}u_{_{P}}(x-\tau )\cdot v_{_{P}}(\tau )\ d\tau ;\quad \quad \scriptstyle...

Thus, the matrix norm is a function ‖ ⋅ ‖ : K m × n → R {\displaystyle \|\cdot \|:K^{m\times n}\to \mathbb {R} } that must satisfy the following properties:...

{\beta }}\cdot \mathbf {X} _{i}}}}\right)^{1-y}={\frac {e^{{\boldsymbol {\beta }}\cdot \mathbf {X} _{i}\cdot y}}{1+e^{{\boldsymbol {\beta }}\cdot \mathbf...