The following is an incorrect algorithm aims to output the largest value out of the 3 variables x, y, and z. Correct and rewrite the following alogorithm: integer x integer y integer z integer max x = Get next input y = Get next input z = Get next input if x > y and x > z max = x else if y > z max = z else max = y Put max to output

The following is an incorrect algorithm aims to output the largest value out of the 3 variables x, y, and z. Correct and rewrite the following alogorithm: integer x integer y integer z integer max x = Get next input y = Get next input z = Get next input if x > y and x > z max = x else if y > z max = z else max = y Put max to output

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter5: Control Structures Ii (repetition)

Section: Chapter Questions

Problem 30PE

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The pseudocode for implementing the Taylor series expansion is shown below. The pseudocode is designed to return the value of the value of e* correct to two decimal places. This also requires the use of the factorial function created in the previous section. INPUT x, OUTPUT ExpVal % Initial computation n- 0, xold - 0 xnew - xold + (x^n)/nl error = |xnew - xold| xold = xnew n-1 %Successive computations WHILE error 2 0.001 xnew - xold + (x^n)/nl error |xnew - xold xold - xnew n=n+1 END WHILE ExpVal = xnew Question 10: Write a script taylor.m that computes the value of the function e* for a given user input x. Provide La proof that your script works.
Using Python, Write a program that computes for the Least Common Multiple (LCM) of two (2) positive integers. Note: For two integers a and b, the LCM is the smallest positive integer that is divisible by both a and b. Only use loops and conditional statements. If the user inputs a non-positive integer, the program should notify the user that the input wasn’t positive. Then asks for an integer again.
Givenx = 9, and y = 4, compute the product p = x ÷ y by using Unsigned Binary Division Algorithm, where each number is represented using 4 bits. Note: x is the dividend and y is the divisor You MUST SHOW the STEPS of the calculation. The flowchart of Unsigned Binary Division algorithm is shown below. START A-0 M-Divisor Q-Dividend Count Shift Left A, Q A-A-M No Yes A<0? Qo–1 A-A+M Count-Count– 1 No Yes Count = 0? Quotient in Q Remainder in A END
The factorial of a number n can be estimated using the following formula: nl=v2xzxn x where e=2.718282 and n-3.14159265. Write an algorithm (Step 4 of problem solving methodology) that reads a positive integer from a user then computes the factorial of that integer using the above-mentioned formula. The algorithm repeats the same process for five positive integers. (Hint: use any repetition structure] Paragraph ere to search 耳 Ae
Write a program to calculate time one will take to climb top of statue using stair given, there are total 100 stairs and it take one second to climb one stair if one get jump of ‘N’ stair on reaching ‘N’ th stair if ‘N’ is prime number.
The area A of a Hemisphere is computed using the following equation. A = 4Tr2 %3D where n=3.14159265 and r is the radius. Write an algorithm (Step 4 of problem solving methodology) that reads a radius r from a user then computes the area A using the above-mentioned formula. The algorithm repeats the same process for five positive radius values. [Hint: use any repetition structure]
Find the error(s) in the following code: (6)
Description Xiao Zhang is often distressed because there are too many things to arrange. Now he has n tasks at hand, and each task has a starting times, and an ending time e;. To complete a task, he must do it from the starting time to the ending time, and Xiao Zhang can only perform one task at the same time. Xiao Zhang wants to know how many tasks he can accomplish at most. Input The first line is an integer n (1sns300000), indicating the number of tasks Xiao Zhang has at hand. In the next n lines, each line contains two integers s₁, e¡ (1≤s;
Develop an algorithm, in the form of a Raptor flowchart, to compute and display the amount of federal income tax to be paid when provided with the income as input. The Canadian Federal income tax rates for 2023 are: • 15% on the first $53,359 of taxable income, plus • 20.5% on the next $53,358 of taxable income (on the portion of taxable income over 53,359 up to $106,717), plus • 26% on the next $58,713 of taxable income (on the portion of taxable income over $106,717 up to $165,430), plus 29% on the next $70,245 of taxable income (on the portion of taxable income over $165,430 up to $235,675), plus 33% of taxable income over $235,675
Solve this algorithm using for-statement or while statement please.
Explain this Algorithm and Flowchart. Thank you Manual Solution: Fibonacci series: if you ask the Nth term of Fibonacci series then it would be the sum of (N-1)th and (N-2)th term of Fibonacci series. Tn= Tn-1 + Tn-2 It is fixed that 1st term of Fibonacci is 0. 2nd term is 1 3rd term is T3= T2 + T1 T3 = 1 + 0 = 1 4th term = T4 = T3 + T2 = 1 + 1 = 2. Fibonacci series = 0 1 1 2 3 5 8 13 21 . . . . . . . . . . . . . . . . . . . Algorithm of Fibonacci Series: Start Declare the variables n, t1,t2, nextTerm Initialize the variables, t1=0, t2=1, and nextTerm =0 Enter the number of terms of the Fibonacci series Print First two terms of series Use loop for the following steps-> nextTerm =t1+t2-> t1=t2-> t2=nextTerm -> increase the value of n each time by 1-> print the value of nextTerm End This is the flowchart below
The quadratic equation is an equation that can be arranged in the form ax^2+bx+c=0 The roots of this equation can be computed using the quadratic formula: Write an algorithm that accepts as input values of a, b, and c and outputs the real roots of this equation. Remember that you must use a conditional to check to see if the discriminant, b^2-4ac , is non-negative (otherwise the roots are complex numbers).