Please do in clion c executable c $99.$ practice.c and practice.h code that was given is included. Also please don't answer using python code or an answer that doesn't even use anything in the question. thank you

Q$1$: How Many Days $...$

$7.$ Write a program that determines the day number $(1$ to $366)$ in a year for a date that is provided as input data. As an example, January $1,1994,$ is day $1.$ December $31,1993,$ is day $365.$ December $31,1996,$ is day $366,$ since $1996$ is a leap year. A year is a leap year if it is divisible by four, except that any year divisible by $100$ is a leap year on accept the month, day, and year as integers. Include a function leap that retuns $1$ if called with a leap year, o otherwise. This problem is based on Chapter $4$ Problem #$7$: Given a month, day, and year, calculate how many days

into the year that date is$.$ This is the framework:

$1//$ c h a p t e r $4$ q u e s t i o n $7$

$2$ i n t l e a p $($ i n t y e a r $)$ ;

$3$ i n t day$\_$number $($ i n t month $,$ i n t day $,$ i n t y e a r $)$ ;

The problem is really only asking you to build the day$\_$number function, but, it$$s easier to build that if we

have a function that tells us whether a given year is a leap year. Therefore, build the leap function first and

have it return $1$ if the year is a leap year and zero otherwise. Then, use that to build the day$\_$number function.

Q $2$: Pollutants

Write a program that interacts with the user like this $(1)$ Carbon monoxide $(2)$ Hydrocarbons $(3)$ Nitrogen oxides $4)$ Nonmethane hydrocarbons Enter pollutant number$>>$ Enter number of grams emitted per mile$>$ Enter odometer reading$>>0212$ Emissions exceed permitted level of $0\mathrm{.}31$ grams$/$mile$.0\mathrm{.}35$ Use the table of emissions limits below to determine the appropriate r message$\mathrm{.}1$ First $50,000$ Miles Second $50,000$ Miles $\mathrm{.}4$ grams$/$mile $0\mathrm{.}31$ grams$/$mile $0\mathrm{.}4$ grams$/$mile $0\mathrm{.}25$ grams$/$mile carbon monoxide $4\mathrm{.}2$ grams$/$mile $0\mathrm{.}39$ grams$/$mile $0\mathrm{.}5$ grams$/$mile $0\mathrm{.}31$ grams$/$mile nitrogen oxides nonmethane hydrocarbons. This problem is based on Chapter $4$ Problem #$8.$ Given the pollutant type, how much is being emitted, and

the odometer reading of the car, you are supposed to calculate whether the car is legal $($within the limits$)$ or

illegal $($exceeding the limits$)$

$1//$ c h a p t e r $4$ q u e s t i o n $8$

$2$ t y p e d e f enum p o l l u t a n t $\_$ t y p e $\{$ c a r b o n $\_$ m o n o x i d e $,$ h y d r o c a r b o n s $,$

$3$ n i t r o g e n $\_$ o x i d e s $,$ n o n m e t h a n e $\_$ h y d r o c a r b o n s $\}$ p o l l u t a n t $\_$ t y p e ;

$4$ t y p e d e f enum p o l l u t a n t $\_$ l e v e l $\_$ t y p e $\{$ l e g a l $,$ i l l e g a l $\}$ p o l l u t a n t $\_$ l e v e l $\_$ t y p e ;

$5$ p o l l u t a n t $\_$ l e v e l $\_$ t y p e e m i s s i o n s $($ p o l l u t a n t $\_$ t y p e p $,$ d o u b l e g r a m s $\_$ p e r $\_$ m i l e $,$ i n t o d o m e t e r $)$ ;

You see two typedefs here: one for a enum of the types of pollutants and one for an enum for legal or illegal.

Line $4$ is the specification of the function you are to build. It has three parameters:

$1.$ pollutant$\_$type p: one of the pollutant$\_$type values

$2.$ double gram$\_$per$\_$mile: the rate the car is emitting that pollutant

$3.$ int odomoter: how far the car has been driven

Your job is to make the function return either illegal or legal based on the table in the book. Note that the

values in the table are legal $-$ only exceeding them is illegal

practic.c code:

int leap$($int year$)\{$

$/*$ Your code here$*/$

return $1$;

$\}$

int day$\_$number$($int month, int day, int year$)\{$

$/*$ Your code here$*/$

return $1$;

$\}$

$//$pollutant$\_$level$\_$type emissions$($enum pollutant$\_$level$\_$type p$,$ double grams$\_$per$\_$mile, int odometer$)\{$

$/*$ Your code here$*/$

$//$ return carbon$\_$monoxide;

$//\}$

practice.h code:

$//$chapter $4$ question $7$

int leap$($int year$)$;

int day$\_$number$($int month, int day, int year$)$;

$//$chapter $4$ question $8$

enum pollutant$\_$level$\_$type$\{$carbon$\_$monoxide, hydrocarbons, nitrogen$\_$oxides, nonmethane$\_$hydrocarbons$\}$;

double emissions$($enum pollutant$\_$level$\_$type p$,$ double grams$\_$per$\_$mile, int odometer$)$;