Problem $2(1$ point$)$

John has body mass of $75kg$; he started drinking at $8pm,$ and consumed five beers by $10pm,$ when he stopped drinking. What is John's BAC at midnight?

$=$ start by entering the missing values

$A=7^{\text{\#}}$ I look at the obove formula: $,1^{**}$ mass of alcohol consumed

$r=0\mathrm{.}73$ E Widmark factor

$w=75,$ i body mass

$B=0\mathrm{.}015=$ Note: Python cannot use Greek symbols for variables and parameters, $50$ we use B instead.

$t=2=$ time from start of drinking to midnight

$=$You will get an ERROR message if you run this cell without entering the missing values obove

BAC$=A(r^{**}W)-B^{**}t$

print $("$John$"$s alcohol concentration at midnight is$",$ BAC, "percent per volume."$)$

$=$ note how to combine text and numbers in output

John"s alcohol concentration at midnight is $0\mathrm{.}0978538812785388$ percent per volume. influence; both offences carry severe consequences and possible criminal charges$).$ about $t=8)$

Keep in mind that $t$ and BAC are lists, and that you can print their individual values, such as $t[23]$ or BAC$[51]($if you do not remember this, go back to Lab $0).$