stocks $=\{\text{'}$TSLA$\text{'}$: $912\mathrm{.}86,\text{'}$BBBY$\text{'}$: $24\mathrm{.}84,$ 'AAPL': $174\mathrm{.}26,$ 'SOFI': $6\mathrm{.}92,$ 'KIRK': $8\mathrm{.}72,$ 'AURA': $22\mathrm{.}12,$ 'AMZN': $141\mathrm{.}28,$ 'EMBK': $12\mathrm{.}29,$ 'LVLU': $2\mathrm{.}33\}$

#solution accepts an integer input representing the number of stock selections

#solution accepts string inputs equivalent to the integer input identifying the stock selections

#solution outputs the total cost of stock as "Total price: $$"$ followed by the total cost to $2$ decimal places

num$\_$of$\_$stocks $=$ int$($input$())$

total$\_$cost $=0\mathrm{.}0$

for $\_$ in range$($num$\_$of$\_$stocks$)$:

stock $=$ input$().$strip$().$upper$()$

if stock in stocks:

total$\_$cost $+=$ stocks$[$stock$]$

else:

print$($f$"$Stock $\{$stock$\}$ not found. Skipping."$)$

print$($f$\text{'}$Total price: $$\{$total$\_$cost:$\mathrm{.}2$f$\}\text{'})$