Following is the C code that was recovered for funcl: int funcl( int x, int y) { int t1 = func3( &x ); printf("t1 is: %d \n", t1); int t2 = func3( &y ); printf("t2 is: %d \n", t2); if ( t1 > t2 ) { return tl; } return t2; } And here is the assembly code for func3 Dump of assembler code for function func3: Ox0000000000400666 <+0>: Ox0000000000400667 <+1>: => 0x000000000040066a <+4>: Ox000000000040066e <+8>: Ox0000000000400672 <+12>: Ox0000000000400679 <+19>: θx000000000040067d <423> : Ox000000000040067f <+25>: push %rbp (%rsp),%rbp $0x20, %rsp %rdi,-0x18(%rbp) $0x1,-0x4(%rbp) -0x18, (%rbp),%rax (%rax),%eax $0x4, %eax Ox4006a7 # SETUP mov %23 sub %#3 mov %23 movl %23 mov mov %23 cmp jle Ox0000000000400682 <+28>: #3 Ox0000000000400684 <+30>: -0x18, (%rbp),%rax (%rax),%eax $0x2,%eax %eax,%edx -0x18(%rbp),%rax %edx,(%rax) -0x18(%rbp),%rax %rax, %rdi callq Ox400666 $0x1,%eax %eax,-0x4(%rbp) -0x4(%rbp),%eax mov #3 Ox0000000000400688 <+34>: Ox000000000040068a <+36>: Ox000000000040068d <+39>: Ox000000000040068f <+41>: Ox0000000000400693 <+45>: Ox0000000000400695 <+47>: mov #3 sar # mov mov %23 mov 23 mov #3 Ox0000000000400699 <+51>: mov #3 Ox000000000040069c <+54>: %23 Ox00000000004006a1 <+59>: add #3 Ox00000000004006a4 <+62>: Ox00000000004006a7 <+65>: Ox00000000004006aa <+68>: mov %23 mov %23 leaveq retq # CLEAN-Up Ox00000000004006ab <+69>: %#3 End of assembler dump. Q2) What is the halting condition for the recursive function func3? Assuming the fist parameter is called x.

In Haskell: Code a function "rangeProduct" that takes two arguments. The function should return 0 if the second argument is smaller than the first, otherwise it should return the product of the range between two numbers, ex: rangeProduct 3 5 --> 60 (because 3*4*5 = 60) What to do for negative numbers to do (if anything) is up to you. Write the program without recursion first and then write it with recursion.

In C++

Student survey data: Hours studied Last exam grade 3 60 4 62 7 89 65 Last exam passed with 65. Which of these describes a valid data analysis process and the information it can reveal? Classification analysis can determine how many students passed the exam after studying less than 3 hours. Cluster analysis could identify students who failed the exam after studying for more than five hours. Association rule mining can identify groups of students with similar exam scores and study hours. Anomaly detection could tell how many hours a student who passed the exam studied.

C programming

I'm trying to create a c program that will take in a ten-digit ISBN number and then check to see if the number is valid by calculating its weighted sum. This is the code that I have up to know, but I'm not sure what to do next. Can you give me some pointers?     DOCUMENTATION-------------This program will determine if an ISBN number is valid by calculating its weighted sum.********************************************************************/#include <stdio.h>#include <stdbool.h> #define ISBN_SIZE 10#define MOD_NUM 11 void printInstructions(void);void getIsbn(int isbnArray[]);void printIsbn(int isbnArray[]);int calculateWeightedSum(int isbnArray[]);bool isIsbnValid(weightedSum);void printGoodbye(void); int main(){int isbnArray[ISBN_SIZE] = {0}; printInstructions();getIsbn(isbnArray); printf("\n\nThe ISBN ");printIsbn(isbnArray); if(isIsbnValid(calculateWeightedSum(isbnArray))){printf(" is valid.");}else{printf(" is not valid.");} printGoodbye(); return 0;}…

This assignment will give you practice on basic C programming. You will implement a few Cprograms

In C++ language only !!