s do fast within 10 minutes it's urgent and i will give like for sure Solution must be in typed form /* QUESTION 2: Min/Max and Evens/Odds */ /* Implement min and max functions using fold_left An empty list has no minimum or maximum value, therefore, return undefined. */ const ls_min = ls => /** **/ undefined; /** **/ const ls_max = ls => /** **/ undefined; /** **/ assert(ls_min(ls) == 1); assert(ls_max(ls) == 5); /* Implement two functions that return evens and odds from a list of integers using filter */ const ls_evens = ls => /** **/ undefined; /** **/ const ls_odds = ls => /** **/ undefined; /** **/ assert(ls_evens(ls).equals(List([2,4]))); assert(ls_odds(ls).equals(List([1,3,5]))); /* Using function composition, implement a function that returns the maximum number in the even subset of a given list and another function that returns the minimum number in the evens. Recall the definition of compose below: */ function compose(f, g) { return (x) => { return f(g(x)); }; } const max_even = ls => /** **/ undefined; /** **/ const min_even = ls => /** **/ undefined; /** **/ assert(max_even(ls) == 4); assert(min_even(ls) ==
s do fast within 10 minutes it's urgent and i will give like for sure Solution must be in typed form /* QUESTION 2: Min/Max and Evens/Odds */ /* Implement min and max functions using fold_left An empty list has no minimum or maximum value, therefore, return undefined. */ const ls_min = ls => /** **/ undefined; /** **/ const ls_max = ls => /** **/ undefined; /** **/ assert(ls_min(ls) == 1); assert(ls_max(ls) == 5); /* Implement two functions that return evens and odds from a list of integers using filter */ const ls_evens = ls => /** **/ undefined; /** **/ const ls_odds = ls => /** **/ undefined; /** **/ assert(ls_evens(ls).equals(List([2,4]))); assert(ls_odds(ls).equals(List([1,3,5]))); /* Using function composition, implement a function that returns the maximum number in the even subset of a given list and another function that returns the minimum number in the evens. Recall the definition of compose below: */ function compose(f, g) { return (x) => { return f(g(x)); }; } const max_even = ls => /** **/ undefined; /** **/ const min_even = ls => /** **/ undefined; /** **/ assert(max_even(ls) == 4); assert(min_even(ls) ==
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter17: Linked Lists
Section: Chapter Questions
Problem 18PE
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Question
Pls do fast within 10 minutes it's urgent and i will give like for sure
Solution must be in typed form
/* QUESTION 2: Min/Max and Evens/Odds */
/*
Implement min and max functions using fold_left
An empty list has no minimum or maximum value, therefore, return undefined.
*/
const ls_min = ls => /** **/ undefined; /** **/
const ls_max = ls => /** **/ undefined; /** **/
assert(ls_min(ls) == 1);
assert(ls_max(ls) == 5);
/*
Implement two functions that return evens and odds from a list of integers
using filter
*/
const ls_evens = ls => /** **/ undefined; /** **/
const ls_odds = ls => /** **/ undefined; /** **/
assert(ls_evens(ls).equals(List([2,4])));
assert(ls_odds(ls).equals(List([1,3,5])));
/*
Using function composition, implement a function that returns the maximum
number in the even subset of a given list and another function that returns
the minimum number in the evens. Recall the definition of compose below:
*/
function compose(f, g) {
return (x) => {
return f(g(x));
};
}
const max_even = ls => /** **/ undefined; /** **/
const min_even = ls => /** **/ undefined; /** **/
assert(max_even(ls) == 4);
assert(min_even(ls) == 2)
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