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\frac{ (\text{Face value}- \text{Clean price})/ \text{Years to maturity} }{\text{Clean price}}\cdot 100\%. ...frac{ (\text{Face value}- \text{Clean price})/ \text{Years to maturity} }{\text{Clean price}}\cdot 100\%. ...

Basic type: <math>\begin{bmatrix} \text{x} : Ind \end{bmatrix}</math> \text{x} = a ...

:<math>AF_\text{H} = e^{\text{const} \cdot (RH_\text{s}^n - RH_\text{o}^n)},</math> :<math>\text{const} </math> is a value which normally goes from 0.1 to 0.15 ...

:<math> \text{Rate Ratio} = \frac{\text{Incidence Rate 1}}{\text{Incidence Rate 2}} </math> <ref name=ctspedia>{{cite web|url=https://ctsped :<math> \text{Incidence Rate} = \frac{\text{events}}{\text{person time}} </math> ...

...c{\text{savings} \times \text{probability of success}}{\text{cost} \times \text{time of completion}}</math> ...

:<math>g_\text{c} = \frac{ma}{F}</math> :<math>1~\text{lbf} = K \cdot 1~\text{lb} \cdot 32.174~\frac{\text{ft}}{\text{s}^2}</math> ...

...east } x+1 \text { children ever born) }/\text{ (women with at least } x \text{ children ever born)}</math><ref>Hinde, A (1998) "Demographic Methods", Hod ...

:<math>C_{\text{avg}}=\frac{AUC_{\tau,\text{ss}}}{\tau}</math> where <math>AUC_{\tau,\text{ss}}</math> is the [[Area under the curve (pharmacokinetics)|area under the ...

{{center|<math>\text{Time} \times \text{Space} \times \text{Data}</math>}} {{center|<math>\text{Time} \times \text{X} \times \text{Y} \times \text{Polarity}</math>}} ...

1 & 2 & 3 & 4 & 5& 6 &\text{input}\\ 1 & 0 & 0 & 1 & 0 & 1 &\text{flag bits}\\ ...

C_\text{FT} & ={1\over2}+\left( {1\over2} \prod_{n=1}^\infty \left(1-{2 \over p_n^2 : <math> \Omega(x) = \text{the number of prime factors of } x \text{ counted by multiplicities} </math> ...

...th>\theta_\text{vib}= \frac {h \tilde{\nu} c}{k_\text{B}} = \frac{h\nu}{k_\text{B}}</math> where <math>k_\text{B}</math> is the [[Boltzmann constant]], <math>c</math> is the [[speed of l ...

...( \Psi_{xy}(f) / \Lambda_{xy}(f) ) & \text{if } \Psi_{xy}(f) \ne 0 \text{ and } \Lambda_{xy}(f) \ne 0 \\ 0 & \text{if } \Psi_{xy}(f) = 0 \text{ and } \Lambda_{xy}(f) > 0 \\ ...

...tle=m300l5 |url=https://personal.ems.psu.edu/~brune/m300f99/m300l5.html#:~:text=The%20First%20Law%20of%20Thermodynamics,m2s-2). |access-date=2024-11-03 |we dQ = C_\text{v} dT+P\,dV. ...

...{Number of Loops}* \text{Area} * \frac{d\ \text{Magnetic Field(time)}}{d\ \text{time}} </math> ...t{Number of Loops}*\text {Area} *\text{Magnetic Field}}{\text{resistance}*\text{capacitance}} </math> ...

:<math>\Omega^*_{\text{poly}}([n])= \mathbb{Q}[t_0, ..., t_n, dt_0, ..., dt_n]/(\sum t_i - 1, \sum :<math>\Omega^*_{\text{poly}}</math> ...

...types|gross substitutes]], if <math>\frac{\Delta \text{demand}(X)}{\Delta \text{price}(Y)} > 0</math>. I.e., an increase in the price of one commodity cau ...for all pairs of commodities: <math>\frac{\Delta \text{demand}(X)}{\Delta \text{price}(Y)}\geq 0</math>. I.e., the definition includes both [[substitute go ...

* a function <math>F\colon \text{Ob} C\to \text{Ob} D</math>, and ...t{Ob} C</math>, a [[functor]] <math>F_{c,c'}\colon \text{Hom}_{C}(c,c')\to\text{Hom}_D(Fc,Fc')</math> ...

: <math> \sum_{hij} (Y_{hij} - \overline Y)^2 \quad\text{where } \overline Y = \frac 1 n \sum_{hij} Y_{hij}. </math> |<math>\text{SS}_\text{Tr} = n\sum_{h=1}^s N_h(\overline Y_{h\cdot\cdot} - \overline Y_{\cdot\cdot ...

:<math>\mathrm{EOT} = t_\text{high-κ} \left( \frac{k_{\text{SiO}_2}}{k_\text{high-κ}}\right)</math> ...rac{A}{\mathrm{EOT}} = \epsilon_0 \, \epsilon_\text{high-κ} \, \frac{A}{t_\text{high-κ}} = C</math> ...