Programming and Problem Solving With C++
6th Edition
ISBN: 9781449694265
Author: Nell Dale
Publisher: Jones & Bartlett Learning
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Chapter 1, Problem 5EPE
Program Plan Intro
To identify the characteristics of an
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Write an algorithm as following:
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Here is an algorithm for calling a friend on the telephone:
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Talk as long as you want
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Hang up the phone, you are done
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Otherwise (the line is busy)
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Wait exactly 1 minute
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Write a detailed algorithm for making a peanut butter and jelly sandwich(or some other everyday activity). You should assume that you are talkingto someone who is conceptually able to do the task, but has never actuallydone it before. For example, you might be telling a young child.
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Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.Similar questions
- Let’s say you have a 5-digit number, 23456. You are supposed to write a code that prints numbers in the ones, tens, hundreds, thousands, and ten thousands places of this number. In the text box below, write the steps you will follow to write the code. Share it on the discussion forum. Here, you only need to write the approach in a step-by-step manner, just like you did with algorithm design in the case of computational thinking.arrow_forwardPlease assist me with these questions.(for the 1st part just complete the bolded area. All other areas have been completed. Then complete the 2nd part 1. Devise an algorithm to receive a positive number, n, and output all prime numbers that are smaller than n and have the digit 5. For example, if n is 100, the program should output 5, 53 and 59. Your solution should have a main algorithm and two sub-algorithms, let's call them prime(num) and has5(num). Trace your algorithm and sub-sub-algorithm for the input 15. You should provide pre- and post-conditions for all your 3 (sub)algorithms. Now, let's trace this algorithm for the input n = 15: For i = 2 to 14, we check if i is prime and if i contains the digit 5. The prime numbers less than 15 are 2, 3, 5, 7, 11, 13. Among these, only 5 contains the digit 5. So, the output for n = 15 is [5]. 2. I also need help with creating JavaScript code for the flowchart provided below. Note: You will have to implement several functions that…arrow_forwardNumeric Triangle Pattern Based on the example given on the previous module, create a program that replicated the triangle pattern shown. Try to look at the examples closely and think of an algorithm that replicates the outputs. Let's see if you still look at Triangle problems the same way after this problem. Input: Integer value n. Output: A triangle based on the inputted value of n.arrow_forward
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- Algorithm Analysis Start with 102 coins on a table, 98 showing heads and 4 showing tails. There are two ways to change the coins: • flip over any ten coins, or • place n+ 1 additional coins, all showing tails, on the table where n is the number of heads currently showing on the table. For example, you might begin by flipping nine heads and one tail, yielding 90 heads and 12 tails, then add 91 tails, yielding 90 heads and 103 tails. (a) Model this situation as a state machine, carefully defining the set of states, the start state, and the possible state transitions. (b) Optionally, explain how to reach a state with exactly one tail showing. (c) Consider the following derived variables: C ::= the number of coins on the table H ::= the number of heads on the table T::= the number of tails on the table C, ::= parity (C) H2 ::= parity(H) T2 ::= parity(T) Here the parity : Z → {0,1} function is defined as parity(n) = 0 when n is even and 1 otherwise. Which of these variables is strictly…arrow_forwardComplete the following sentences. The third type of error is a error. Such errors occur when the program compiles and runs successfully but produces the wrong answer.arrow_forwardAn algorithm is approximately the same thing as a recipe, but some kinds of steps that would be allowed in a recipe are not allowed in an algorithm. Which steps in the following recipe would be allowed in an algorithm? Place 2 teaspoons of sugar in mixing bowl. Add 1 egg to mixing bowl. Add 1 cup of milk to mixing bowl. Add 1 ounce of rum, if you are not driving. Add vanilla extract to taste. Beat until smooth. Pour into a pretty glass. Sprinkle with nutmeg.arrow_forward
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