Problem #$3$: For this question you will use $T=12.$ Enter the value of $A(T),$ rounded to the nearest integer, into the answer box below.

Problem #$3$:

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Submit Problem # $3$ for Grading

$\backslash$table$[[\backslash$table$[[$Problem #$3],[$Your Answer:$],[$Your Mark:$]],$Attempt #$1,$Attempt #$2,$Attempt.#$3,$Attempt #$4]]$

Use Euler's method with the step size $t=0\mathrm{.}002$ to find an approximation of $A(T),$ where your value of $T$ is given in the statement of Problem $3$ in Childsmath. Round off to the nearest integer.

Problem $4(0\mathrm{.}5$ points$)$:

Plot your approximation of the graph of $A(t)$ for $0tT.$ How can you describe the shape of the graph on the interval $0,5?$

$[6]$:

acetaminophen overdose model

define variables and parameters

$t=[1]$

$n=$ number of steps

deltat $=0\mathrm{.}002$# step size

alpha $=6\mathrm{.}5$

Hmax $=1\mathrm{.}5$

deltaa $=0\mathrm{.}22$

define initial values and append to arrays.

to $=0$

$A0=10**k6$

t$.$ append $($t$0)$

A$.$ append $($AO$)$

copy, paste, and modify code from above to answer problems $3,4$

The left sum is: $9\mathrm{.}875$

The right sum is: $14\mathrm{.}375$

The midpoint sum is: $11\mathrm{.}9375$

The value of $M6$ is: $11\mathrm{.}9375$

Does $196$ equal the average of $16$ and R$6?$ False