Q2: (Debugging Code) : As you are learning to program in C, you will often spend a lot of time debuggingcode and finding errors. It takes a lot of practice to develop this skill. There are many errors in the followingprogram. Find and correct all the errors so that the program compiles and produces the correct output. (Adda new comment on line 1 of the code and list the errors.)Find all the errors challenge* include

Please find the correct code below with comments:

rning to program code and finding errors. It takes a lot of practice to develop this skill. There are many errors in the foll program. Find and correct all the errors so that the program compiles and produces the correct output a new comment on line 1 of the code and list the errors.) Find all the errors challenge * include

rning to program code and finding errors. It takes a lot of practice to develop this skill. There are many errors in the foll program. Find and correct all the errors so that the program compiles and produces the correct output a new comment on line 1 of the code and list the errors.) Find all the errors challenge * include

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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• Use a while loop • Use multiple loop controlling conditions • Use a boolean method • Use the increment operator • Extra credit: Reuse earlier code and call two methods from main Details: This assignment will be completed using the Eclipse IDE. Cut and paste your code from Eclipse into the Assignment text window. This is another password program. In this case, your code is simply going to ask for a username and password, and then check the input against four users. The program will give the user three tries to input the correct username-password combination. There will be four acceptable user-password combinations: • alpha-alpha1 • beta-beta1 • gamma-gamma1 • delta - delta1 If the user types in one of the correct username-password combinations, then the program will output: "Login successful." Here are a couple of example runs (but your code needs to work for all four user-password combinations): Username: beta Type your current password: beta1 Login successful. Username: delta Type…
Please try to explain how to do it. I'll appreciate your help.
I'm asking for help with different perspectives on purpose. Also, you do not have to complete the code, I’m posting the entire question in order for the question to be clear. Sorry if you see this question ask more than once. Objectives: The main objective of this assignment is to assess the student’s ability to provide a complete Black-Box testing plan for a computer program. Description: you will need to design a complete Black-Box testing plan for the following program. Instead of changing passwords every semester, students will now change passwords once a month. Unfortunately, the school has realized that many students are bad at picking their passwords. Ideally, passwords alternate between letters, numbers, and symbols. However, most students and faculty pick passwords such as “12345password”. To make matters worse, when students and faculty are forced to change their password, usually only a single character is added to the end of their previous password. Due to this…
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Exercise 4: Selection and loop statements A certain professor gives 5-point quizzes that are graded on the scale 5-A, 4-B, 3-C, 2-D, 1- F, 0-F. Write a program that accepts a quiz score as an input and prints out the corresponding grade. The input data must be a float numbers and between 0 and 5 Example Input : Quiz score: 3 Output: The grade is C. Exercise 4 Write an improved version of the future value program from Chapter 2. Your program will prompt the user for the amount of the investment, the annualized interest rate, and the number of years of the investment. The program will then output a nicely formatted table that tracks the value of the investment year by year. Your output might look something like this:
Please help me to make the Flowchart and Paseudocode of my coding script below. Please! I will appriciate your help. # Program make a simple calculatorfrom itertools import permutations,combinationsimport statistics# This function adds two numbersdef add(x, y):return x + y # This function subtracts two numbersdef subtract(x, y):return x - y # This function multiplies two numbersdef multiply(x, y):return x * y # This function divides two numbersdef divide(x, y):return x / y def permutationfun(arr,length):perm = permutations(arr, length)return perm def combinationfun(arr,length):comb=combinations(arr,length)return comb def stats(marks):lengths = [x for x in marks.values()]n = len(lengths)get_sum = sum(lengths)mean = get_sum / nlengths.sort()if n % 2 == 0:median1 = lengths[n//2]median2 = lengths[n//2 - 1]median = (median1 + median2)/2else:median = lengths[n//2]data = Counter(lengths)get_mode = dict(data)mode = [k for k, v in get_mode.items() if v == max(list(data.values()))] if len(mode)…
In PYTHON Using one of the loop construct draw:- Ten dashed Horizontal lines- Each line of length 150 units (or pixels)- All lines aligned at the same left vertical margin- Lines 10 units apart each other Note- Set the length of solid segment to 10 units- Set the length of the non-visible segment to 5 units Assumption- Use of Turtle library (i will check the answer, it has to be correct)
Two bugs are positioned a given distance apart. The first bug moves halfway towards the other. The second bug moves halfway to the first. The first bug again moves halfway to the second. Compute and print the positions of the bugs. The initial position will change with each program run. // Declare position 2... /* Your code goes here */ double distance = initial_distance; 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27} // Update distance and position1 distance distance * 0.5; position1= distance; cout << position1 << " " << position2 << endl; // Update distance and position2 /* Your code goes here */ cout << position1 << " " << position2 << endl; // Update distance and position1 /* Your code goes here */ cout << position1 << return 0; "1 << position2 << endl;
correct all errors.