Write a function that returns the average of the digits in the even places in an integer using the following header: double avgOfEvenPlaces(int n)

PYTHON Question 3: Rain or Shine Part 1: Alfonso will only wear a jacket outside if it is below 60 degrees or it is raining. Write a function that takes in the current temperature and a boolean value telling if it is raining and it should return True if Alfonso will wear a jacket and False otherwise.   Try solving this problem with a single line of code. def wears_jacket(temp, raining):     """     >>> wears_jacket(90, False)     False     >>> wears_jacket(40, False)     True     >>> wears_jacket(100, True)     True     """     *** YOUR CODE HERE *** Note that it should either return True or False based on a single condition, whose truthiness value will also be either True or False.   Part 2: Rewrite the above function with a lambda expression.

Finish the function below that takes in the length of the two parallel sides of a trapezoid a and b, which are separated by a distance h, and returns its area.   In [ ]: defarea_of_trapezoid(a,b,h):# YOUR CODE HEREraiseNotImplementedError()   In [ ]: """Check that area_of_triangle returns the correct output for several inputs""" assert abs(area_of_trapezoid(3,3, 5) - 15) <=.1 assert abs(area_of_trapezoid(3,4, 5) - 17.5)

//Write a function that loops through and console.log's the numbers from 1 to 100, except multiples of three, log (without quotes) "VERY GOOD" instead of the number, for the multiples of five, log (without quotes) "SUPER AWESOME". For numbers which are multiples of both three and five, log (without quotes) "VERY GOOD SUPER AWESOME" Console log out:   12VERY GOOD4SUPER AWESOMEVERY GOOD78VERY GOODSUPER AWESOME11VERY GOOD1314VERY GOOD SUPER AWESOME1617VERY GOOD19SUPER AWESOMEVERY GOOD2223VERY GOODSUPER AWESOME26VERY GOOD2829VERY GOOD SUPER AWESOME

Convert the following statement to a statement that uses the universial quantifier:"There is no largest integer."

From: How to Think Like a Computer Scientist: Learning with Python 3 -Chapter 6, Exercise 9 Write three functions that are the “inverses” of to_secs: (a) hours_in returns the whole integer number of hours represented by a total number of seconds. (b) minutes_in returns the whole integer number of left over minutes in a total number of seconds, once the hours have been taken out. (c) seconds_in returns the left over seconds represented by a total number of seconds.   My original  to_secs function: def to_secs(h, m, s): total = 0 total = total + h * 60 * 60 total = total + m * 60 total = total + s return total

The Function will be able to calculate the area of the following polygons: Right triangles, Rectangles, and regular polygons. It will do so by taking the following inputs: - numSides – a double of the number of sides the polygon has - sideLengths – a double of the length or lengths of sides of the polygon   The program should determine if the inputs are formatted properly. The rules are: - numSides must be a positive integer number with values greater than or equal to 3. - When numSides is 3 or 4, sideLengths can either be a scalar or an array with two values. - When numSides is greater than 4, sideLengths must be a scalar.   To determine if a number is an integer, you can use the rem function. rem returns the remainder of whole number division. It has the following syntax: remainder = rem(numerator, denominator); Where remainder is the remainder of numerator/denominator. To use this to find whether a number is an integer, use rem in the following way: remainder = rem(number, 1); When…

4.Rohan bought a gallon of milk with an original price of $4.25; today he gets a 15% discount before a 5% tax; display the final price of the milk.5.This function is named compound_interest, takes these arguments p r n t; compute and return a for displaya = p (1 + r/n) nt6.This function is named annuities, takes these arguments r i n; compute and return s for displays = r ((1 + i)^(n + 1))/i - r