Problem $1$: Function for Unit Conversion

Write a function named $[$speedMPS$]=$ SpeedConvert$($speedMPH$)$ that accepts a single speed in miles per hour as an input, converts that speed to meters per second, and returns the converted speed in meters per second as an output. Make sure you:

choose camelCase names for all of your variables

include appropriate comments explaining the purpose of the function, its inputs & outputs, and other aspects

save your function in a file named "SpeedConvert.m$"$ and turn in that file as one of the attachments for this homework

check that your function works by calling it from the command window and verifying that it converts $100$ miles per hour to $44\mathrm{.}7$ meters per second

Problem $2$: Accelerating From $0$ to $60$

Electric cars are turning in some impressive acceleration times, typically measured as the time it takes to go from $0$ to $60mph.$ Car and Driver measured the $2021$ Ferrari SF$90$ Stradale at just $2\mathrm{.}0$ seconds! How many $"g\text{'}s"$ do the drivers feel in these cars? Write a script to compute the average acceleration and compare it to the acceleration of gravity. using the following steps:

create a script called "YourBlazerID$\_$Race.m$"$

assign variables for the initial velocity $(0mph),$ final velocity $(60mph),$ and acceleration time $(2\mathrm{.}0$ seconds$)$

call your function SpeedConvert from Problem $1$ to convert the initial and final velocities from miles per hour to meters per second

compute the average acceleration in $\frac{m}{s^2}$ using the equation: $\frac{V_{\text{i}\text{r}\text{i}\text{n}\text{a}\text{l}}-v_{\text{i}\text{n}\text{i}\text{t}\text{i}\text{a}\text{l}}}{t_{\text{a}\text{c}\text{c}\text{o}\text{l}}}$

divide your computed acceleration by the acceleration of gravity $(9\mathrm{.}81\frac{m}{s^2})$ to find out how many $"g\text{'}$s$"$ the driver would experience

use the disp function to display the result with the following message "The average acceleration is $"($answer$)"$ times the acceleration of gravity"

make sure you use good programming practices like clearing variables at the beginning, naming variables in camel case, providing appropriate comments, and suppressing output except what you intentionally display or print