We know that the height is randomly distributed and can be mod$-$

elled with an exponential distribution with a mean $$ of $0\mathrm{.}8$ metres.

Remember to set your seed

or consistent results

Simulate a year's worth of daily heights

Hence, calculate a year's worth daily river flows.

Calculate the expected mean daily river flow using your sim$-$

ulated data.

For this section, you will need to write a script and submit it to

matlab GRader. A template to ensure that it works fine is given

below, this is also on MAtlaB grader $-$ see link in canvas.K $=$ ;

L $=$ ;

H$\}=\backslash$mathrm$\{$ ;

$\%$ We will simulate one years worth of data

rng$(2022)\%$ Set seed to repeatable.

H$\}=\backslash$mathrm$\{$ ;

$\%$ Next we calculate the associated river water flows.

Q $=$ calculateRiverFlow$($L$,$ K$,$ H$)$;

$\%$ Calculate mean river flow

meanFlow $=$ ;probFlood $=$ ;