Quiz: Q1: Simplify the following function using a Karnaugh map F2(X, Y, Z) = E(3,5,6,7).

please code in JAVA find count. sum and find min, max using the while loop, do-while and for loop seperatelY.. write 3 different codes using all the methods to find all those

Modify and Implement the below algorithm such that instead of inserting the numbers into the matrix, it should print the numbers already inserted in the matrix, line after line, with equal spaces between the numbers. After each line is printed, the cursor should go to the next line. Save and print your code(in c), run the program and print the output. Note:The code should be in c programming language

create desk check table for counting looping coding that  produce either the number is odd number or even number for 15 number .

write a MIPS recursive function to evaluate a postfix expression. using intermediate results. for example, given output "123 12 -" it would push the 2 numbers, then upon finding"-" pop 2 numbers do the subtraction push the result, upon find end of string , pop the result and return it.

Given A={1,2,3,4,56}, B= {2,4,5,6} and C= (1,6,7} 1. B' U C'=

The Fibonacci sequence begins with 0 and then 1 follows. All subsequent values are the sum of the previous two, for example: 0, 1, 1, 2, 3, 5, 8, 13. Complete the fibonacci() function, which takes in an index, n, and returns the nth value in the sequence. Any negative index values should return -1 Ex: If the input is: 7 the output is: fibonacci (7) is l3 Note: Use recursion and DO NOT use any loops.

Transcribed Image Text You are given a sequence of 16N positive integers a1, a2, . .. , a16N - You may shuffle this sequence in any way you choose, i.e. change it to any one of its permutations. Then, let (a1 Đ a2) ® (az e a4) ...® (asN-1 asN), (a8N+1 O a8N+2) ® (asN+3 O a8N+4) ®...® (a16N-1 O A16N), where O and O denote bitwise AND and XOR respectively. Find the maximum possible value of x – y

The Reflection algorithm can be used to encrypt a C-string (character array terminated with the null character) before it is transmitted over the Internet. The Reflection algorithm works as follows:  Each letter in the message is converted to the letter in that is 13 positions to the right of that letter in the English alphabet. If the end of the alphabet is reached, counting continues from the first letter in the alphabet. The case of the letters must be maintained. For example,'M' →'Z', 'x' → 'k', 'A' → 'N'The numeric characters ('0' to '9') are shifted 5 positions to the right of that number in the character set '0' to '9'. If ‘9’ is reached, counting continues from ‘0’. For example,'0' → '5', '2' →'7', '8' → '3' All other characters are left as they are. a) What would the following string be encrypted to by the Reflection algorithm?“Call me at 662-2002 Ext 85393”  b) Write a function, getPosition, which finds the position of a letter in the alphabet regardless of the case of the…