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.

Part 2: Population B Directions: Refer to the “Pop B Prey Density” sheet, which contains Population B’s prey densities from 1971 to 2020 (sample size = 50 years). Use Excel for calculations, modeling, and graphing a frequency distribution of Population B’s prey density.

Calculate the standard deviation of the line of best fit of the linear relationship between the prey density and the growth rate during the past 50 years.