$Create$ $a$ $recursive$ function$ $that$ $will$ $check$ $for$ $the$ $users$ $input$ $(STRING)S, $the$ $program$ $will$ $count$ $the$ $number$ $of$ $characters$ $that$ Sare$ $found$ $in$ $that$ $string$. $The$ $program$ $should$ $be$ $able$ Sto$ $count $the$ $combinations$ $of$ $characters$ $base$ $on$ $its$ $count$. $But$ Stakes $note$, $IT$ $SHOULD$ $NOT$ $COUNT$ $REPETITIVES SCHARACTERS$ Sin$ $the$ $STRING$. $Create$ Sa$ $C++$ $code$: • Ask the user to input a word ( String) • The program should count the number of characters in that word without including repetitive characters • Create a recursive function that will count the amount of unique combinations based on the number of unique characters • Output a display telling the user the word that was provided, the count of unique characters of that word, and the different unique combinations it will have. Sample output: "You have entered the word: RAINING, The word has 5 unique characters with at least 120 different possible combinations".
$Create$ $a$ $recursive$ function$ $that$ $will$ $check$ $for$ $the$ $users$ $input$ $(STRING)S, $the$ $program$ $will$ $count$ $the$ $number$ $of$ $characters$ $that$ Sare$ $found$ $in$ $that$ $string$. $The$ $program$ $should$ $be$ $able$ Sto$ $count $the$ $combinations$ $of$ $characters$ $base$ $on$ $its$ $count$. $But$ Stakes $note$, $IT$ $SHOULD$ $NOT$ $COUNT$ $REPETITIVES SCHARACTERS$ Sin$ $the$ $STRING$. $Create$ Sa$ $C++$ $code$: • Ask the user to input a word ( String) • The program should count the number of characters in that word without including repetitive characters • Create a recursive function that will count the amount of unique combinations based on the number of unique characters • Output a display telling the user the word that was provided, the count of unique characters of that word, and the different unique combinations it will have. Sample output: "You have entered the word: RAINING, The word has 5 unique characters with at least 120 different possible combinations".
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
![$Create$ $a$ $recursive$ function$ $that$ $will$ $check$ $for$ $the$ $users$ $input$
$(STRING)S, $the$ $program$ $will$ $count$ $the$ $number$ $of$ $characters$
$that$ Sare$ $found$ $in$ $that$ $string$. $The$ $program$ $should$ $be$ $able$
$to$ $count $the$ $combinations$ $of$ $characters$ $base$ $on$ $its$ $count$.
$But$ $take$ $note$, $IT$ $SHOULD$ $NOT$ $COUNT$ $REPETITIVES
$CHARACTERS$ $in$ $the$ $STRING$. $Create$ $a$ $C++$ $code$:
• Ask the user to input a word ( String)
The program should count the number of characters in that word without
including repetitive characters
• Create a recursive function that will count the amount of unique combinations
based on the number of unique characters
Output a display telling the user the word that was provided, the count of unique
characters of that word, and the different unique combinations it will have.
Sample output: "You have entered the word: RAINING, The word has 5 unique
characters with at least 120 different possible combinations".](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd32ae9dc-6031-4ed4-af5d-e8a848803bc3%2Fd6edc657-c675-4389-95cf-28f2b42a96aa%2Fstk76h_processed.png&w=3840&q=75)
Transcribed Image Text:$Create$ $a$ $recursive$ function$ $that$ $will$ $check$ $for$ $the$ $users$ $input$
$(STRING)S, $the$ $program$ $will$ $count$ $the$ $number$ $of$ $characters$
$that$ Sare$ $found$ $in$ $that$ $string$. $The$ $program$ $should$ $be$ $able$
$to$ $count $the$ $combinations$ $of$ $characters$ $base$ $on$ $its$ $count$.
$But$ $take$ $note$, $IT$ $SHOULD$ $NOT$ $COUNT$ $REPETITIVES
$CHARACTERS$ $in$ $the$ $STRING$. $Create$ $a$ $C++$ $code$:
• Ask the user to input a word ( String)
The program should count the number of characters in that word without
including repetitive characters
• Create a recursive function that will count the amount of unique combinations
based on the number of unique characters
Output a display telling the user the word that was provided, the count of unique
characters of that word, and the different unique combinations it will have.
Sample output: "You have entered the word: RAINING, The word has 5 unique
characters with at least 120 different possible combinations".
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