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Process Step 1: For every unique vowel of a name, you need to get the first index of that vowel from the original string. Step 2: For each vowel index you get from step 1, you will get the unique consonant from that position. if the index is out of scope of the consonant array, ignore that vowel index. Step 3: For each unique consonant that you get from step 2, you need to get the first index of that consonant from the original string. Step 4: Get the value of indexception by adding all index you get from step 3.

Process Step 1: For every unique vowel of a name, you need to get the first index of that vowel from the original string. Step 2: For each vowel index you get from step 1, you will get the unique consonant from that position. if the index is out of scope of the consonant array, ignore that vowel index. Step 3: For each unique consonant that you get from step 2, you need to get the first index of that consonant from the original string. Step 4: Get the value of indexception by adding all index you get from step 3.

Computer Networking: A Top-Down Approach (7th Edition)
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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using Phython langugae

1. Scenario I want to create an INDEXCEPTION value of the unique vowels and unique consonants that the name that was given to you can create. Input A string of the name that was GIVEN TO YOU. CASE SENSITIVE. Process Step 1: For every unique vowel of a name, you need to get the first index of that vowel from the original string. Step 2: For each vowel index you get from step 1, you will get the unique consonant from that position. if the index is out of scope of the consonant array, ignore that vowel index. Step 3: For each unique consonant that you get from step 2, you need to get the first index of that consonant from the original string. Step 4: Get the value of indexception by adding all index you get from step 3. Output TO BE DISPLAYED - 2 lists that consists of unique vowels and unique consonants - The vowel, the vowel index, the consonant, the consonant index FINAL OUTPUT - The total indexception value of the name that was given to you. SAMPLE Input - "Marc Reinhard Canlas Ballon" Output Name: Marc Reinhard Canlas Ballon Vowels: ['a', 'e', 'i', 'o'] Consonants: ['M', 'r, 'c', 'R', 'n', 'h', 'd', 'C, 'T', 's', 'B'] Vowel a : 1, Consonant r:2 Vowel e: 6, Consonant d: 12 Vowel i: 7, Consonant C: 14 Vowel o: 25, No consonant associated Indexception Total: 28
Transcribed Image Text:1. Scenario I want to create an INDEXCEPTION value of the unique vowels and unique consonants that the name that was given to you can create. Input A string of the name that was GIVEN TO YOU. CASE SENSITIVE. Process Step 1: For every unique vowel of a name, you need to get the first index of that vowel from the original string. Step 2: For each vowel index you get from step 1, you will get the unique consonant from that position. if the index is out of scope of the consonant array, ignore that vowel index. Step 3: For each unique consonant that you get from step 2, you need to get the first index of that consonant from the original string. Step 4: Get the value of indexception by adding all index you get from step 3. Output TO BE DISPLAYED - 2 lists that consists of unique vowels and unique consonants - The vowel, the vowel index, the consonant, the consonant index FINAL OUTPUT - The total indexception value of the name that was given to you. SAMPLE Input - "Marc Reinhard Canlas Ballon" Output Name: Marc Reinhard Canlas Ballon Vowels: ['a', 'e', 'i', 'o'] Consonants: ['M', 'r, 'c', 'R', 'n', 'h', 'd', 'C, 'T', 's', 'B'] Vowel a : 1, Consonant r:2 Vowel e: 6, Consonant d: 12 Vowel i: 7, Consonant C: 14 Vowel o: 25, No consonant associated Indexception Total: 28
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