Back in your elementary days you may have seen posters which say that if each letter of the alphabet had an ordinal number value (A = 1, B = 2, C = 3, and so on), then their words can be the sum of those letters which hold the formula for success. LUCK can only get you 47% while MONEY only gets you to 72%. KNOWLEDGE gets you to 96%, LEADERSHIP to 97%, and HARDWORK to 98%. But they say the greatest formula for success is ATTITUDE which gets you to 100%. Create a program that takes in a word and checks each letter to build up a sum similar to the one mentioned above. Input Format The only line of input will contain a string s which is the word to be checked letter by letter. The input will always be entered in uppercase letters Output Format The only line of output will be the sum of the word entered. Sample input / output LEADERSHIP 97

Back in your elementary days you may have seen posters which say that if each letter of the alphabet had an ordinal number value (A = 1, B = 2, C = 3, and so on), then their words can be the sum of those letters which hold the formula for success. LUCK can only get you 47% while MONEY only gets you to 72%. KNOWLEDGE gets you to 96%, LEADERSHIP to 97%, and HARDWORK to 98%. But they say the greatest formula for success is ATTITUDE which gets you to 100%. Create a program that takes in a word and checks each letter to build up a sum similar to the one mentioned above. Input Format The only line of input will contain a string s which is the word to be checked letter by letter. The input will always be entered in uppercase letters Output Format The only line of output will be the sum of the word entered. Sample input / output LEADERSHIP 97

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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In a classroom election, two presidential candidates, namely, Lisa and Teddy, both garnered the same number of total votes. As such, they decided to play a custom dice game to determine the winner of the election. In this game, a player needs to roll a pair of dice. Teddy will win the game if the sum is odd whereas Lisa will be declared winner if the sum results to even. However, prior to the start of the game, Teddy complained that the custom dice game is biased because according to him, the probability of an even result is 6/11, and for odd - only 5/11. Verify Teddy's claim and evaluate the fairness of the game. CLEAR SOLUTION
In a classroom election, two presidential candidates, namely, Lisa and Teddy, both garnered the same number of total votes. As such, they decided to play a custom dice game to determine the winner of the election. In this game, a player needs to roll a pair of dice. Teddy will win the game if the sum is odd whereas Lisa will be declared winner if the sum results to even. However, prior to the start of the game, Teddy complained that the custom dice game is biased because according to him, the probability of an even result is 6/11, and for odd - only 5/11. Verify Teddy's claim and evaluate the fairness of the game. A. The game is fair. B. The game is unfair to Lisa. C. The game is unfair to Teddy. D. More information is needed. complete solution
In a classroom election, two presidential candidates, namely, Lisa and Teddy, both garnered the same number of total votes. As such, they decided to play a custom dice game to determine the winner of the election. In this game, a player needs to roll a pair of dice. Teddy will win the game if the sum is odd whereas Lisa will be declared winner if the sum results to even. However, prior to the start of the game, Teddy complained that the custom dice game is biased because according to him, the probability of an even result is 6/11, and for odd - only 5/11. Verify Teddy's claim and evaluate the fairness of the game. COMPLETE SOLUTION
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Tom and Jerry recently saw the movie inception. Inspired by that movie they decided to play a complicated game. Analogous to the movie inception, Jerry is the dreamer and Tom is the thief who enters Jerry's dream in order to extract the secret code. Tom wins the game if he is able to extract the secret code, else Jerry wins the game. Note that here Tom has to extract the idea from Jerry. Tom after performing a lot of mathematical analysis finally ended up to one last step for which he requires a little computation. He has got an array of positive integers. If atleast one of them is prime, he will be able to crack the secret code and win the game, else Jerry wins the game. Input The first line contains a single integer t (1≤t≤106) the number of test cases. Description of each test case is as follows. The first line of each test case contains a single integer n (1≤n≤2⋅106) the number of elements in the array. The second line of each test case contains n positive integers…
Tom and Jerry recently saw the movie inception. Inspired by that movie they decided to play a complicated game. Analogous to the movie inception, Jerry is the dreamer and Tom is the thief who enters Jerry's dream in order to extract the secret code. Tom wins the game if he is able to extract the secret code, else Jerry wins the game. Note that here Tom has to extract the idea from Jerry. Tom after performing a lot of mathematical analysis finally ended up to one last step for which he requires a little computation. He has got an array of positive integers. If atleast one of them is prime, he will be able to crack the secret code and win the game, else Jerry wins the game. Output = For each test case output "Tom" (without quotes) if Tom wins the game, else output "Jerry" (without quotes). Example input 3 3 124 5 1489 18 4 2 4 12 20 output Tom Jerry Tom
Tom and Jerry recently saw the movie inception. Inspired by that movie they decided to play a complicated game. Analogous to the movie inception, Jerry is the dreamer and Tom is the thief who enters Jerry's dream in order to extract the secret code. Tom wins the game if he is able to extract the secret code, else Jerry wins the game. Note that here Tom has to extract the idea from Jerry. Tom after performing a lot of mathematical analysis finally ended up to one last step for which he requires a little computation. He has got an array of positive integers. If atleast one of them is prime, he will be able to crack the secret code and win the game, else Jerry wins the game. Output = For each test case output "Tom" (without quotes) if Tom wins the game, else output "Jerry" (without quotes). Example input 3 لا ل ف ال 3 124 5 1489 18 4 2 4 12 20 output Tom Jerry Tom
Sample Input 1 Arlington San Antonio San Antonio Baltimore Baltimore Vew_York New_York Dallas Baltimore Arlington San Antonio Baltimore New_York Sample Output 1 San Antonio safe Baltimore safe New_York trapped