User$-$defined Functions. The Choking Mass Flow Rate for an ideal compressible gas is shown

below. Create a user$-$defined function called LastnameMassFlow.m where mass flow $()$ is the output. All

other variables listed below are inputs.

$=$

$$

$$

$(+$

$)$

$+$

$()$

Where,

$=$

$=$

$=$

$=$

$=$

$=$

Create a Matlab user$-$defined function that performs the following:

$1\mathrm{.}1.(3$ points$)$ Create the main function line with outputs and inputs.

$1\mathrm{.}2.(2$ points$)$ Ensure the file name matches the function name $($LastnameMassFlow$.$m$).$

$1\mathrm{.}3.(2$ points$)$ The user should have the option not to input the Mach value, M$.$ In this case, the value for M

should be set to $1$ and a display should be shown informing the user that $$Mass Flow is at a maximum$$

and that $$the flow is choked$.$

$1\mathrm{.}4.(3$ points$)$ Include some type of error check for the number of inputs. Based on the information provided,

you should be able to determine the minimum and maximum number of inputs.

$1\mathrm{.}5.(4$ points$)$ Properly perform the algorithm to achieve output.

$1\mathrm{.}6.(1$ point$)$ Proper header comments.

$1\mathrm{.}7.(1$ point$)$ Proper function comments.

Submit the final m$-$file into Canvas with the name LastnameMassFlow.m$.$ List your full name and Student

ID in the first line of your script as a comment. Add appropriate and sufficient comments to the script

prior to submitting.