Describe how you would draw the orbital diagram for the following: Titanium, Ti{“version”:”1.1″,”math”:”Titanium, Ti”}

The following is an unbalanced chemical equation:  __P4O10 + __H2O → __H3PO4 {“version”:”1.1″,”math”:”__P4O10 + __H2O → __H3PO4 ”} What type of reaction is this?

Describe how you would draw the orbital diagram for the following: Sodium ion, Na3+{“version”:”1.1″,”math”:”Sodium ion, Na3+”}

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Write the abbreviated electron configuration for the following: Fluorine ion, F2-{“version”:”1.1″,”math”:”Fluorine ion, F2-“}

Describe how you would draw the orbital diagram for the following: Phosphorus, P{“version”:”1.1″,”math”:”Phosphorus, P”}

Use nomenclature to write the formula of the following compound: chromium (III) sulfide Note: You can leave numbers un-subscripted. 

The following is an unbalanced chemical equation:  __HClO4 + __CaOH2 → __Ca(ClO4)2 + __H2O{“version”:”1.1″,”math”:”__HClO4 + __CaOH2 → __Ca(ClO4)2 + __H2O”} Enter the correct coefficients for each reagent. 

Use nomenclature to write the formula of the following compound: magnesium nitrite Note: You can leave numbers un-subscripted. 

Part 1: Population A Directions: Refer to the “Pop A Prey Density” sheet, which contains Population A’s prey densities from 1971 to 2020 (sample size = 50 years). Use Excel for calculations, modeling, and graphing a frequency distribution of Population A’s prey density.