For this homework you'll write your first function, a reusable piece of code that allows us to build more complex computer programs. We're going to start simple. Declare and implement a function called addOne. Your function should accept a single int argument and return the result of adding one to its argument. You have until 11:59PM Central Time on 2021-02-07 to complete this problem. WORKING PREVIOUS 1 int called; 2 function addOne = 1+1; 3 public int addOne (int i) 4 called++; return i+1; Question.java:2: error: cannot find symbol function addone = i+1; symbol: class function location: class Question 1 error

For this homework you'll write your first function, a reusable piece of code that allows us to build more complex computer programs. We're going to start simple. Declare and implement a function called addOne. Your function should accept a single int argument and return the result of adding one to its argument. You have until 11:59PM Central Time on 2021-02-07 to complete this problem. WORKING PREVIOUS 1 int called; 2 function addOne = 1+1; 3 public int addOne (int i) 4 called++; return i+1; Question.java:2: error: cannot find symbol function addone = i+1; symbol: class function location: class Question 1 error

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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Python: we usually refer to two floating point numbers as being equal when they are close enough in value for our purposes. Write a function named almost_equal that receives two floating point numbers and returns whether they are close enough to each other. Two floating points numbers are close enough to each other if they are within one-tenth of 1% (0.001). Write a main() function in your file to exercise your function to show that it works correctly. Your test implementation should not rely on visual inspection to determine if the tests pass. Hint: The fabs function in the math module of Python's libraries returns the absolute value of its parameter.
I need help solving this in PYTHON
Please answer. This is python
i am after a python Graphical User Interface (GUI) for the question shown in the image: the GUI must implement the following code: #creating function def account(): # taking input for amount deposited 'p' p = int(input('Enter number of deposited amount:$')) # taking input for stated interest rate 'r' r = float(input(' Enter stated interest rate: ')) # taking input for coumpounding interest 'm' m = int(input(' Enter compounding interest: ')) # Now calculating account balance account_balance = p*(1+(r/m))**m print(account_balance) # Now calculating Annual percentage yield (APY) APY = (1+(r/m)**m)-1 # if in case account balance comes greater than 1000$ than it will calculate APY if account_balance > 1000: print(APY) account() as well as it must have all these: Use the Grid element• Add Label elements throughout your GUI.• Use the Background Colour property.• Allow a user to select choices from an either list box, drop-down menu, or scroll-down menuelement. Allow a user to input…
I can't seem to figure this out.. for python You have a business that cleans floors in commercial space and offices. You charge customers $0.45 per square yard, and some customers require multiple cleanings every month. You need two custom functions for your business. The first function takes a floor's length and width in feet and returns the area in square yards. The second void function takes the area, charge per square yard, and number of monthly cleanings as arguments and prints the cleaning cost. This latter function uses selection logic to print different output for single and multiple monthly cleanings (see Sample Outputs). Use a properly named constant for the charge per square yard, too.
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Using python programming need help with#7
write a python code:
In this project, you should design a Date class and use it to create a calendar application that has many features. You are not limited to the features included in these instructions, feel free to add any other components you find useful. Note: A normal year has 365 days. A leap year has 366 days (the extra day is February 29). In this project, you must take this fact into account. The rules that determine leap years are provided later in these instructions. Design the Date class, to be used in your application, containing: A private data member month of type integer that holds the date's month. A private data member day of type integer that holds the date's day. A private data member year of type integer that holds the date’s year. A default constructor that sets the date to January 1, 1753. Accessors for each member variable. Mutators for each member variable. A member function that prints on the screen a date in the form mm / dd / yyyy. A member function that returns the day name of…
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