Return a lambda function that takes in multiplier (the multiplier is a number) and returns a lambda function that will take in another number and will return the new input multiplied by the multiplier. def higher_order_lambdas(): Return a lambda function that takes in a multiplier and returns a lambda function that given an input return the input multiplied by the multiplier >>> hol = higher_order_lambdas () >>> doubles = hol(2) >>> doubles (3) 6 WITH >>> hol = higher_order_lambdas () >>> triples = hol(3) >>> triples (4) 12 HI "*** YOUR CODE HERE ****"

Consider a function ite (for if then else) which takes three arguments: a boolean, an expression to evaluate if the boolean is true, and a second expression to evaluate if the boolean is false. a) Given the lambda expressions for boolean constants and operators, write the lambda expression for this ite function. b) Write the lambda expression for a function iteite (for if then elseif then else) which takes five arguments: a boolean, an expression to evaluate if the boolean is true, another boolean, an expression to evaluate if the second boolean is true, and a third expression to evaluate if both booleans are false.  You may assume that a correct implementation of function ite from (a) is available to you, and use it if you like.

javascript Need help defining a function frequencyAnalysis that accepts a string of lower-case letters as a parameter. frequencyAnalysis should return an object containing the amount of times each letter appeared in the string. example  frequencyAnalysis('abca'); // => {a: 2, b: 1, c: 1}

Write a class Fraction that defines adding, subtracting, multiplying, and dividing fractions by overloading standard operators for these operations. Write a function member for reducing factors and overload I/O operators to input and output fractions.

Describe a situation where the add operator in a programming languagewould not be commutative.   ____________________________________________________________________    Let the function fun be defined asint fun(int *k) { *k += 4; return 3 * (*k) – 1;}Suppose fun is used in a program as follows:void main(){ int i = 10, j = 10, sum1, sum2;sum1 = (i/2) + fun(&i);sum2 = fun(&j) + (j/2);}What are the values of sum1 and sum2a. if the operands in the expressions are evaluated left to the right?b. if the operands in the expressions are evaluated right to the left?

Let the function fun be defined as:  int fun(int &k) {   k += 4;    return 3 * k -1; }   Suppose the function fun was used in a program as follows:   void main() {    int i = 10, j = 10, sum1, sum2;    sum1 = (i / 2) + fun(i);    sum2 = fun(j)) + ( j / 2); }   A. What are the values of sum1 and sum2 if the operands in the expressions are evaluated left to right? B. What are the values of sum1 and sum2 if the operands in the expressions are evaluated right to left?

Define a function SetBirth, with int parameters monthVal and dayVal, that returns a struct of type DateOfBirth. The function should assign DateOfBirth's data member numMonths with monthVal and numDays with dayVal.

For each of the following expressions, write functions f1, f2, f3, and f4 such that the evaluation of each expression succeeds, without causing an error. Be sure to use lambdas in your function definition instead of nested def statements. Each function should have a one line solution. f1 takes in nothing and returns 3. f2 takes in nothing and returns a function that takes in nothing and returns 3. f3 takes in nothing and returns a function that takes in 1 value and returns that same value. f4 takes in nothing and returns a function. This function takes in nothing and returns another function. This next function takes in a value and returns yet another function. This final function takes in nothing and returns the value passed into the previous function (if this explanation is confusing, have a look at the doctest, and it might be more clear). def f1(): >>> f1() 3 |||||| "*** YOUR CODE HERE ***" def f2(): |||||| >>> f2() () 3 |||||| "*** YOUR CODE HERE ***" def f3(): |||||| >>> f3() (3)…