How many times is the move () function called in the following program? void move(int disks, int from, int to) { if (disks > 0) { } int other= 6 from to; move (disks 1, from, other); cout << "Move from peg" << from << " to " << " to" << endl; move (disks 1, other, to); } } int main() { move(4, 1, 3); return 0; 5 10 15 None of these
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- true false void ffx() is a function with no return value void ffx() is a function with no argument int ffx(char x) is a function with int return value int ffx(char *x) is a function with parameter passed by reference char ffx( int x) is a function with int return value int ffc(char &x) is a function with parameter passed by reference// In python // def compute_stats():"""Write a function compute_stats, such that given a string of grades as an input parameter,it calls the function get_new_grades (defined in theprevious question) and returns a tuple that containsthe average value of the initial grades andthe average value after running the get_new_grades function.""" passpython only** define the following function: This function must return the task status for a particular task from a checklist. These examples for taskStatus demonstrate how it works. As with addTask, there's the possibility that the task specified is invalid (in this case, because it isn't in the checklist). In that case, taskStatus must print a specific message ("That task does not exist."), and must return None. Define taskStatus with 2 parameters Use def to define taskStatus with 2 parameters Use a return statement Within the definition of taskStatus with 2 parameters, use return _ in at least one place. Do not use any kind of loop Within the definition of taskStatus with 2 parameters, do not use any kind of loop.
- Decryption Key A|B|C| D|E|F|G|H|I|J|K|L|M N|O|P|Q|R|S|T|U|V|W|X|Y|Z (letter above equals below, and vice versa) As you can see, A becomes N, B becomes O and so on. Your job is to write a program, with at least four functions, including main, which must do the following: 1. Ask user whether they want to encode or decode a message - if no, then terminate 2. Take the input string from the user, store it in dynamic memory (use new) 3. As appropriate, encode or decode the message using Rot13. 4. Output the encoded/decoded message 5. Delete the input string from dynamic memory (use delete)int p =5 , q =6; void foo ( int b , int c ) { b = 2 * c ; p = p + c ; c = 1 + p ; q = q * 2; print ( b + c ); } main () { foo (p , q ); print p , q ; } Explain and print the output of the above code when the parameters to the foo function are passed by value. Explain and print the output of the above code when the parameters to the foo function are passed by reference. Explain and print the output of the above code when the parameters to the foo function are passed by value result. Explain and print the output of the above code when the parameters to the foo function are passed by name.float ACM (void); is non-void function with no parameters Select one: O True O False
- Write and test the “digit” function: Function Prototype: int digit(int n,int k)This function returns the kth digit of the positive integer n. For example, if n is the integer 29,415 that is entered by user , then the call digit(n,0) would return the digit 2, and the call digit(n,2) would returnthe digit 4. do this only by using functions and loops. arrays are not allowed. example :Input: n = 29415 , k = 1 output: 9 Input: n = 2 , k = 1 output: index out of bound (return -1)Functions like print which perform an action but don’t return a value are called: Select one: a. recursive functions b. built-in functions c. simple functions d. utility functions e. void functionsRecursion Tree How many levels in this recursion tree T(n) = 2T(n/3) + n? Use log2n for log2n. What is the cost of the first level of this recursion tree T(n) = 2T(n/3) + n? What is the cost of the second level of this recursion tree T(n) = 2T(n/3) + n? Use 3n/4 for 3n divided by 4. What is the cost of the third level of this recursion tree T(n) = 2T(n/3) + n? Use 3n/4 for 3n divided by 4.
- Task using C language One common way of verifying if the data integrity of a file was preserved during a copy or transmission is to verify if the checksum matches. The checksum is a small piece of data computed from the original data. Your task is to compute a recursive function that maps an integer into a single digit to be used as checksum. Given an input integer in the range from 0 to 1012, the checksum is the sum of the digits of the input number. While the resulting sum has multiple digits, the checksum will be the sum of its digits instead. For instance: if the input is 34, the checksum is 7 (3+4); if the input is 99, the sum of its digits is 18 (9+9), so the checksum is 9 (1+8); if the input is 99999999999, the sum of its digits is 99 (9+9+9+9+9+9+9+9+9+9+9), whose sum of digits is 18 (9+9), so the checksum is 9 (1+8). Requirements Follow the format of the examples below. Make sure your variables and parameters have the correct data types. You must implement a recursive…void fx(char ch) is a function with no return value int fx(char x) is a function with int return value int fx(char &x) is a function with parameter passed by value char fx( int x) is a function with int return valueMinutes(using Pointers) by Catherine Arellano Write a program that will accept an integer value from 0000 to 2359. It will then extract the first 2 values of the integer to be the hours, and the last 2 to be the minutes. Implement the following functions: void extracts(int* time, int* hour, int* min); /* extract the hours and minutes from the time and stores the result to the address of hour and min respectively.*/ void display (int* hour, int* min); /*display the hours and minutes*/ Note: You are not allowed to edit main.c and Time.h. Input A time in format HHMM 1430 Output Hours and minutes Hour: 14 Minutes: 30 main.c Time.h 1 #include 2 #include "Time.h" 3 int main(void) { M456909 7 8 } int time, hour, min; scanf("%d",&time); extracts (time, &hour, &min); display (&hour, &min); return 0;