Definition of Ominus. Meaning of Ominus. Synonyms of Ominus

Here you will find one or more explanations in English for the word Ominus. Also in the bottom left of the page several parts of wikipedia pages related to the word Ominus and, of course, Ominus synonyms and on the right images related to the word Ominus.

Definition of Ominus

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Dominus
Dominus Dom"i*nus, n.; pl. Domini. [L., master. See Dame.] Master; sir; -- a title of respect formerly applied to a knight or a clergyman, and sometimes to the lord of a manor. --Cowell.

Meaning of Ominus from wikipedia

- Look up ⊖ in Wiktionary, the free dictionary. ⊖ is the Unicode character "circled minus" (U+2296). ⊖ is also known as the Plimsoll symbol. ⊖ may refer...
- {\displaystyle E_{\text{red}}=E_{\text{red}}^{\ominus }-{\frac {RT}{zF}}\ln Q_{r}=E_{\text{red}}^{\ominus }-{\frac {RT}{zF}}\ln {\frac {a_{\text{Red}}}{a_{\text{Ox}}}}...
- standard electrode potential E ⊖ {\displaystyle E^{\ominus }} , or E r e d ⊖ {\displaystyle E_{red}^{\ominus }} , is a measure of the reducing power of any...
- {MP}{RT}}={\frac {\left({\frac {M}{M^{\ominus }}}{\frac {P}{P^{\ominus }}}\right)}{\left({\frac {T}{T^{\ominus }}}\right)}}\rho ^{\ominus }.} Substituting these two...
- \Delta _{\text{comb}}H^{\ominus }({\text{CH}}_{4})=[\Delta _{\text{f}}H^{\ominus }({\text{CO}}_{2})+2\Delta _{\text{f}}H^{\ominus }({\text{H}}_{2}{\text{O}})]-\Delta...
- \Delta G^{\ominus }} by Δ G ⊖ = − R T ln ⁡ K = Δ H ⊖ − T Δ S ⊖ {\displaystyle \Delta G^{\ominus }=-RT\ln K=\Delta H^{\ominus }-T\Delta S^{\ominus }} where...
- G ⊖ {\displaystyle \Delta G^{\ominus }} by Δ G ⊖ = − R T ln ⁡ K ⊖ , {\displaystyle \Delta G^{\ominus }=-RT\ln K^{\ominus },} where R is the universal gas...
- H_{\text{reaction}}^{\ominus }=\sum _{i}a_{i}\Delta _{\text{f}}H_{products}^{\ominus }-\sum _{i}b_{i}\Delta _{\text{f}}H_{reactants}^{\ominus }} Here, the first...
- ⊖ − T Δ r S ⊖ , {\displaystyle \Delta _{r}G^{\ominus }=\Delta _{r}H^{\ominus }-T\Delta _{r}S^{\ominus },} where S is the entropy of the system, with...
- E_{\text{red}}^{\ominus }} is given by E red ⊖ ( volt ) = − Δ G ⊖ z F {\displaystyle E_{\text{red}}^{\ominus }({\text{volt}})=-{\frac {\Delta G^{\ominus }}{zF}}}...