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1. a. Write a function named hasFinalLetter that takes two parameters 1. strList, a list of non-empty strings 2. letters, a string of upper and/or lower case letters The function hasFinalLetter should create and return a list of all the strings in strList that end with a letter in letters. 2. b. Create three test cases, each consisting of a list of non-empty strings and a string of upper and/or lower case letters, for your function in Problem 1a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function. b. Write a function named isDivisible that takes two parameters 3. maxInt, an integer 4. twoInts, a tuple of two integers The function isDivisible should create and return a list of all the ints in the range from 1 to maxInt (not including maxInt) that are divisible of both ints in twolnts. c. Create three test cases, each consisting of a value for maxInt and a value for twoints, for your function in Problem 2a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function.

1. a. Write a function named hasFinalLetter that takes two parameters 1. strList, a list of non-empty strings 2. letters, a string of upper and/or lower case letters The function hasFinalLetter should create and return a list of all the strings in strList that end with a letter in letters. 2. b. Create three test cases, each consisting of a list of non-empty strings and a string of upper and/or lower case letters, for your function in Problem 1a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function. b. Write a function named isDivisible that takes two parameters 3. maxInt, an integer 4. twoInts, a tuple of two integers The function isDivisible should create and return a list of all the ints in the range from 1 to maxInt (not including maxInt) that are divisible of both ints in twolnts. c. Create three test cases, each consisting of a value for maxInt and a value for twoints, for your function in Problem 2a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function.

C++ Programming: From Problem Analysis to Program Design
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter6: User-defined Functions
Section: Chapter Questions
Problem 23PE
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1. a. Write a function named hasFinalLetter that takes two parameters 1. strList, a list of non-empty strings 2. letters, a string of upper and/or lower case letters The function hasFinalLetter should create and return a list of all the strings in strList that end with a letter in letters. 2. b. Create three test cases, each consisting of a list of non-empty strings and a string of upper and/or lower case letters, for your function in Problem 1a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function. b. Write a function named isDivisible that takes two parameters 3. maxInt, an integer 4. twoInts, a tuple of two integers The function isDivisible should create and return a list of all the ints in the range from 1 to maxInt (not including maxInt) that are divisible of both ints in twolnts. c. Create three test cases, each consisting of a value for maxInt and a value for twoints, for your function in Problem 2a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function.
Transcribed Image Text:1. a. Write a function named hasFinalLetter that takes two parameters 1. strList, a list of non-empty strings 2. letters, a string of upper and/or lower case letters The function hasFinalLetter should create and return a list of all the strings in strList that end with a letter in letters. 2. b. Create three test cases, each consisting of a list of non-empty strings and a string of upper and/or lower case letters, for your function in Problem 1a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function. b. Write a function named isDivisible that takes two parameters 3. maxInt, an integer 4. twoInts, a tuple of two integers The function isDivisible should create and return a list of all the ints in the range from 1 to maxInt (not including maxInt) that are divisible of both ints in twolnts. c. Create three test cases, each consisting of a value for maxInt and a value for twoints, for your function in Problem 2a. One of these tests should return the empty list. For each test case write two assignment statements and a function call that pass the test arguments to your function.
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