Please help me answer these two problems using python, and please provide clear explanations, Thank you!

$2\mathrm{.}13$ If a force $F(N)$ is applied to compress a spring, the spring's

displacement $x(m)$ can often be modeled simply by Hooke's Law:

$F=kx$

where $k$ is the spring constant $(\frac{N}{m}).$ The potential energy stored in

the spring, $U(J),$ can then be computed as

$U=\frac{1}{2}k{x}^2$

Five springs are tested and the following data compiled:

${?}^8$ The SI$-$base units for the ohm is $kg*m^2*s^{-3}*A^{-2},$ the henry is $kg*m^2*s^{-2}*A^{-2},$

and the farad is $A^2{s}^{4}k{g}^{-1}{m}^{-2}.$ Consequently, $\frac{R}{L}$ has units $\frac{1}{s}$ and $LC$ has

units $s^2.$ The symbol A represents current in amperes. Use Python to store the $F$ and $x$ values in vectors. The compute vec$-$

tors of the spring constants, $k,$ and the potential energies, $U.$ Use the

np$.$ max function to determine the maximum potential energy. $2\mathrm{.}16$ It is accepted general practice in engineering and science to

plot analytical mathematical equations using line segments and ex$-$

perimental data as markers. Occasionally, interconnecting lines are

added to data plots for the purpose of pattern recognition. Here are a

few data for concentration, $c,$ versus time, $t,$ for the photodegradation

of aqueous bromine.

These data can be modeled by the following function:

$c=4\mathrm{.}84e^{-0\mathrm{.}034t}$

Use Python to create a plot displaying both the data $($using diamond$-$

shaped, green$-$filled markers with black edges$)$ and the function $($using

a green, dashed line$).$ Plot the function for the range $0t70$min.

Include grid lines.