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1. Write a program that reads a word at a time and determines whether the word begins with a vowel, a consonant or something else such as a number. Words are repeatedly accepted until the word 'quit' is entered. The program should then output the number of words read that begin with a vowel, the number of words read that begin with consonants and the number of words read that fit neither of those categories (numbers). Hints: One or more spaces, tabs or enter keys will terminate input using cin. Therefore, each cin will read one word. Parsing the input stream is not needed. Instead, include the cin statement in the loop that processes a word and continues until the word read is "quit". String objects can be used as character arrays; the element at index location 0 is the first character. The function isalpha accepts a single character as a parameter and returns a Boolean indicator as to whether or not the character is a letter. The functions toupper and tolower accept a single character as a parameter and return the character converted to upper or lower case. Please see http://www.cplusplus.com/reference/cctype/ & to learn more about using the isalpha, tolower, and toupper functions. Example runs (two separate runs shown): Enter words (quit to end): The 12 awesome oxen ambled quietly across 15 acres of farmland. quit 6 words begin with a vowel 3 words begin with a consonant 2 other 'words' were found Enter words (quit to end): A cat jumped over the dog! quit 2 words begin with a vowel 4 words begin with a consonant O other 'words' were found

1. Write a program that reads a word at a time and determines whether the word begins with a vowel, a consonant or something else such as a number. Words are repeatedly accepted until the word 'quit' is entered. The program should then output the number of words read that begin with a vowel, the number of words read that begin with consonants and the number of words read that fit neither of those categories (numbers). Hints: One or more spaces, tabs or enter keys will terminate input using cin. Therefore, each cin will read one word. Parsing the input stream is not needed. Instead, include the cin statement in the loop that processes a word and continues until the word read is "quit". String objects can be used as character arrays; the element at index location 0 is the first character. The function isalpha accepts a single character as a parameter and returns a Boolean indicator as to whether or not the character is a letter. The functions toupper and tolower accept a single character as a parameter and return the character converted to upper or lower case. Please see http://www.cplusplus.com/reference/cctype/ & to learn more about using the isalpha, tolower, and toupper functions. Example runs (two separate runs shown): Enter words (quit to end): The 12 awesome oxen ambled quietly across 15 acres of farmland. quit 6 words begin with a vowel 3 words begin with a consonant 2 other 'words' were found Enter words (quit to end): A cat jumped over the dog! quit 2 words begin with a vowel 4 words begin with a consonant O other 'words' were found

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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This is in C++. Please use easy logic with comments 

1. Write a program that reads a word at a time and determines whether the word begins with a vowel, a consonant or something else such as a number. Words are repeatedly accepted until the word 'quit' is entered. The program should then output the number of words read that begin with a vowel, the number of words read that begin with consonants and the number of words read that fit neither of those categories (numbers). Hints: One or more spaces, tabs or enter keys will terminate input using cin. Therefore, each cin will read one word. Parsing the input stream is not needed. Instead, include the cin statement in the loop that processes a word and continues until the word read is "quit". String objects can be used as character arrays; the element at index location 0 is the first character. The function isalpha accepts a single character as a parameter and returns a Boolean indicator as to whether or not the character is a letter. The functions toupper and tolower accept a single character as a parameter and return the character converted to upper or lower case. Please see http://www.cplusplus.com/reference/cctype/ & to learn more about using the isalpha, tolower, and toupper functions. Example runs (two separate runs shown): Enter words (quit to end): The 12 awesome oxen ambled quietly across 15 acres of farmland. quit 6 words begin with a vowel 3 words begin with a consonant 2 other 'words' were found Enter words (quit to end): A cat jumped over the dog! quit 2 words begin with a vowel 4 words begin with a consonant O other 'words' were found
Transcribed Image Text:1. Write a program that reads a word at a time and determines whether the word begins with a vowel, a consonant or something else such as a number. Words are repeatedly accepted until the word 'quit' is entered. The program should then output the number of words read that begin with a vowel, the number of words read that begin with consonants and the number of words read that fit neither of those categories (numbers). Hints: One or more spaces, tabs or enter keys will terminate input using cin. Therefore, each cin will read one word. Parsing the input stream is not needed. Instead, include the cin statement in the loop that processes a word and continues until the word read is "quit". String objects can be used as character arrays; the element at index location 0 is the first character. The function isalpha accepts a single character as a parameter and returns a Boolean indicator as to whether or not the character is a letter. The functions toupper and tolower accept a single character as a parameter and return the character converted to upper or lower case. Please see http://www.cplusplus.com/reference/cctype/ & to learn more about using the isalpha, tolower, and toupper functions. Example runs (two separate runs shown): Enter words (quit to end): The 12 awesome oxen ambled quietly across 15 acres of farmland. quit 6 words begin with a vowel 3 words begin with a consonant 2 other 'words' were found Enter words (quit to end): A cat jumped over the dog! quit 2 words begin with a vowel 4 words begin with a consonant O other 'words' were found
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