min(M,[H|T]):- minlist(T,H,M). %Accumulator
Used and pick the 1st element as Minimum
minlist([],C,C):-!. %If list becomes empty, instantiate
Result with Accumulator
minlist([H|T],C,M):- C>=H, %If
Head of the list is Smaller than the current minimum
M1 is H, %Temporary
Variable to store Minimum
minlist(T,M1,M). %Move
ahead in search with the Current Minimum
minlist([_|T],C,M):- minlist(T,C,M). %If not, continue
with previous Minimum
/* Output Window */

/* PLEASE UPVOTE */
Prepare the following Prolog code. Create a min function that finds the minimum element in a...
The predicate minim(IntList,Min) is true if Min is the minimum of the integers in a given non-empty list IntList. For example, a query ?- minim([29,1,8,167], X). Returns the answer X = 1, a query ?- minim([12,123,456,12,78,999,123,12],X), returns the answer X = 12, but a query ?- minim([99,2,17,155],17), must return the answer no. Write a recursive program that implements this predicate using any arithmetical operators, but you cannot use any auxiliary predicates. (Must use PROLOG)
(Find the smallest element) use pointers to write a function that finds the smallest element in an array of integers. Use {1,2,4,5,10,100,2,-22} to test the function. using the following header. int minindex(double* list, int size) example output: array size: 8 number 1: 1 number 2: 2 number 3: 4 number 4: 5 number 5: 10 number 6: 100 number 7: 2 number 8: -22 smallest element is: -22 C++ only.
BlockPy: #33.8) Maximum Odd Use the Min/Max pattern to write a function maximum_odd that finds the highest odd value in the list (consumes a list of numbers and returns a number). Use the provided helper function is_odd (that consumes a single number and returns a boolean indicating whether it is true or false). Do not change the helper function is odd. Call your maximum_odd function on your favorite list of numbers Console Feedback: Instructor Feedback You cannot use the builtin...
For this question you need to create a function in Octave called MyFunction that accepts two inputs, a list L and an integer K, and returns two values minsum and maxsum. A template function including the function prototype (first line) has already been created for you to use (do not change this). I will only mark the contents of the MyFunction.m file. Any code added to the main.m file is for your testing only and will not be marked. Your...
1)Given two lists L1 and L2, create a new list L3 consisting of the first element of L1 and the last element of L2. For example, if L1=[1,2,3] and L2=["a","b","c"], L3 should be [1,"c"] 2)given a string s, create a new string odd_letters that contains only the odd letters of s (two ways to solve this problem are to use slicing, or a while or for loop), i.e. starting at the first letter or the zeroth index: if s="banana", odd_letters...
USE MATLAB Create a code that follows the following criteria for a function of range of -10 to 10. x ≥ 1 ; f (x) = tan (x) x < 1 ; f (x) = e x Afterwards, plot the function
Saved BlockPy: #33.8) Maximum Odd Use the Min/Max pattern to write a function maximum_odd that finds the highest odd value in the list (consumes a list of numbers and returns a number). Use the provided helper function is_odd (that consumes a single number and returns a boolean indicating whether it is true or false). Do not change the helper function is_odd. Call your maximum_odd function on your favorite list of numbers. Server Execution: Idle Feedback: Ready Console Run "Blocks 艹Split...
Problem 6(15 Points) MARIE Assembly Programming Develop a MARIE program containing a main function which finds the smallest element of an array T is shown below. The passing arguments and one subroutine function called Sindmin findmin function array and the aro the findmin subroutine functon are the beginning e pseudo code for the subroutine elements of Array1 and Arra array size Continue the following MARIE program to find the smallest ORG 100 Jump Start nt findmin (int "addr, int size)...
1. Explain the function/purpose of the following sequence of program statements by expressing the postcondition and then prove that the program is correct using the axiomatic verification method. Precondition: {x = A and y = B} t=x x=y y=t Postcondition:________________ 2. Prove that the following grammar is ambiguous. <stmt> -> <assign> | <if-stmt> <assign> -> <id> := <expr> <if-stmt> -> if <bool> then <stmt> | if <bool> then <stmt> else <stmt> Modify the grammar above to make it unambiguous: 3....
(C++ program )Write a function that accepts an int array and the array’s size as arguments. The function should create a new array that is one element larger than the argument array. The first element of the new array should be set to 0. Element 0 of the argument array should be copied to the element 1 of the new array. Element 1 of the argument array should be copied to element 2 of the new array, and so forth....