J16 fx A B D 1 H Individuals 2. All individuals exposed to Print 3 All individuals exposed to TV 4 All individuals exposed to Digital 5 Individuals ONIY exposed to Print 6 Individuals ONIY exposed to TV 7 Individuak ONIY exposed to Digital 11. Individuals exposed to Print and NOT Digital (but maybe TV) 9. Individuals exposed to TV and NOT Digital (but maybe Print) 10 Individuals exposed to Digital and NOT Print (but maybe TV) 11 Individuals exposed to Print and NOT TV (but maybe Digital) 12 Individuals exposed to TV and NOT Print (but maybe Digital) 13 Individuals exposed to Digital and NOT TV (but maybe Print) 14 Individuals exposed to both Print and Digital (and maybe TV) 15 Individuals exposed to both TV and Digital (and maybe Print) 16. Individuals exposed to both Print and TV (and maybe Digital) 17 Individuals exposed to both Print and Digital (and NOT TV) 11. Individuals exposed to both TV and Digital (and NOT Print) 19 Individuals exposed to both Print and TV (and NOT Digital) 20 Individuals exposed to Print, TV, Digital \begin{tabular}{|r|} \hline 2,165,359 \\ \hline 83,000,000 \\ \hline 17,914,814 \\ \hline 78,695,594 \\ \hline 13,581,759 \\ \hline \\ \hline 113,292 \\ \hline \\ \hline \\ \hline 9,219,763 \\ \hline 9,543 \\ \hline \end{tabular} 21 Total Unique Indlividuals Exposed Venn diagram not drawn to scale* Individuals often see many different advertisements on many different platforms each day. Crossix offers a Multi-Channel analysis to gain insights on how different combinations of exposure to ads on different platforms affects consumer behavior. In order to gain these insights, Crossix needs to determine the number of unique individuals who saw every media channel and every combination of media channels. The Venn diagram illustrates these combinations for a multi-channel campaign that delivered advertisements via digital, print, and TV media. The table contains all of the possible channels and combinations of channels that individuals could have been exposed to. Using the green cells, infer the values of all of the remaining cells in rows 220 and compute the value for the Total Unique Individuals Exposed in cell B22