Problem $1.$ Copy the array of names and searchName in the following

char$*$ names$[]=\{$ Mel, Jacob, Kyle, Ben $\}$;

char$*$ searchName $=$ Jacob;

to an allocation of a double pointer newNames and single pointer newSearchName respectively using malloc

char$**{?}^{**}$ newnames;

char$*$ newSearchName

Then use generic linearSearch on newNames and newSearchName and output the result

Problem $2.$ Write a generic bubbleSort code in C and use it to sort the following arrays

float arrayFloat$[]=\{3\mathrm{.}5,56\mathrm{.}22,11\mathrm{.}8,18\mathrm{.}9,20\mathrm{.}11\}$;

char$*$ names$[]=\{$ Mel, Jacob, Kyle, Ben $\}$;

Print the sorted arrays

Problem $1.$ Copy the array of names and searchName in the following

char$*$ names$[]=\{$ Mel, Jacob, Kyle, Ben $\}$;

char$*$ searchName $=$ Jacob;

to an allocation of a double pointer newNames and single pointer newSearchName respectively using malloc

char$**$ newNames;

char$*$ newSearchName

Then use generic linearSearch on newNames and newSearchName and output the result

Problem $2.$ Write a generic bubbleSort code in $C$ and use it to sort the following arrays

float arrayFloat$[]=\{3\mathrm{.}5,56\mathrm{.}22,11\mathrm{.}8,18\mathrm{.}9,20\mathrm{.}11\}$;

char$*$ names$[]=\{$ Mel, Jacob, Kyle, Ben $\}$;

Print the sorted arrays

Problem $3.$ Use a generic stack to input the following strings or characters in the string of array names and letters and print them out $($in reverse order$)$

char$*$ names$[]=\{AA,BBB,CCCC,DD\}$

char letters$[4]=\{\text{'}a\text{'},\text{'}b\text{'},\text{'}c\text{'},\text{'}d\text{'}\}$;