Question: Let's do something really insecure: 1. Let's use your UPI (your university login name consisting of 2-4 lowercase letters and 3 digits) followed by the

 Let's do something really insecure: 1. Let's use your UPI (your

Let's do something really insecure: 1. Let's use your UPI (your university login name consisting of 2-4 lowercase letters and 3 digits) followed by the first seven digits of your AUID (or all digits if your AUID has only seven digits) as our "password". Example: If your UPI is jbon007 and your AUID is 123456789, then the "password" is jbon0071234567. On the first line of your solution below, write your "password". 2. Now let's hash the password with a really insecure hash function. As a first step, on the second line of your solution, write the ASCII codes in decimal of this "password", separated by commas, without spaces. 3. Now compute the hash by adding all the codes using modular arithmetic with a modulus of 11. Enter the result on the 3rd line. 4. Find an alternative password of length 8, using only digits, that hashes to the same hash value. Enter this password on the 4th line. 5. All alternatives passwords of length 1 that hash to the same value and use only an uppercase letter from the English alphabet. Write these passwords (not their ASCII codes!) as a comma-separated list without spaces on the 5th line. Let's do something really insecure: 1. Let's use your UPI (your university login name consisting of 2-4 lowercase letters and 3 digits) followed by the first seven digits of your AUID (or all digits if your AUID has only seven digits) as our "password". Example: If your UPI is jbon007 and your AUID is 123456789, then the "password" is jbon0071234567. On the first line of your solution below, write your "password". 2. Now let's hash the password with a really insecure hash function. As a first step, on the second line of your solution, write the ASCII codes in decimal of this "password", separated by commas, without spaces. 3. Now compute the hash by adding all the codes using modular arithmetic with a modulus of 11. Enter the result on the 3rd line. 4. Find an alternative password of length 8, using only digits, that hashes to the same hash value. Enter this password on the 4th line. 5. All alternatives passwords of length 1 that hash to the same value and use only an uppercase letter from the English alphabet. Write these passwords (not their ASCII codes!) as a comma-separated list without spaces on the 5th line

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