Procedure: 1. Develop a simple program for an individual savings account. Create two (2) classes named SavingsAccount (no class modifier) and RunSavingsAccount (public). 2. In the SavingsAccount class, declare/Initialize variables based on the table below.. Data Type double double Access Level Static? Variable Name balance interestRate Value None private No public Yes 3. Within the constructor, initialize balance with the value of 0. 4. Declare a static setter method named setInterestRate with a parameter of double type named newRate. This method should assign newRate to interestRate. All methods in the program should be public. 5. Add a static method named getInterestRate and a non-static method named getBalance, where each returns an appropriate variable. Both should of double type. 6. Declare a void method named deposit with a parameter of double type named amount. This method should update balance by adding an amount to it. 7. Add another method of double type named withdraw with a parameter of double type also named as amount. Create an if-else statement based on this condition: If balance is greater than or equal than amount, deduct amount from balance; else, amount is equal to 0. Return the amount afterwards. 8. Add a void method named addInterest. Within this method, declare a double variable named interest that accepts the product of balance and interestRate. Update balance by adding interest to it. 9. Declare a void static method named showBalance with a parameter of SavingsAccount type named account. This method should display the current balance of the account by calling the getBalance() method using the object account. 10. Move to the other class, RunSavingsAccount. Import the Scanner class for the user input. 11. Instantiate a SavingsAccount object named savings in the main method to use the methods you have created earlier. This should be the expected sequence of the program upon execution: a. Ask the user to input the interest rate. b. Ask the user to type an amount to be deposited. c. Ask the user to press either D for another deposit or W for withdraw. Show balance afterward. If savings is greater than 1000, display the new balance with applied interest.

A method CAN Not be invoked using a variable that is initialized to null. True False

TOPICS: Using Classes and Objects MUST BE IN JAVA. PLEASE USE COMMENTS AND WRITE THE CODE IN SIMPLEST FORM.  3. Write an application that reads the radius of a sphere then calculates and displays the circumference, volume and surface area. Use the following formulas, in which r represents the sphere’s radius. Print the output to four decimal places.Circumference = 2 π rVolume = 4/3 π r3Surface Area = 4 π r2 Hint: Section 3.5 of the textbook describes the many methods of the Math class and how they are used. The Math class also contains pre-defined constants like π. Search on the web for how you can use these. Testing: Include test exhibits for inputs that you choose. Make sure you check the results either with a calculator or some other independent source. Hint: Try Google!

Java , we are learning decisions and branch statements.

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The ACTION and METHOD attributes are utilized by both forms and code to accomplish a variety of tasks.

Objectives: Use Javadocs to document a class and methods Design and write a Java class Use fields (instance variables) Write multiple constructors Write accessor methods Write mutator methods Use the this keyword Use string concatenation Round floating point numbers (using Math.round()) Use a Scanner object Description ProduceItem class For this project, you get to design and write a ProduceItem class that stores a description, cost and weight as fields. Include both a constructor without any parameters and one with parameters for the description (String), cost (double) and weight (double) (in that order). For the constructor without parameters, set the description to an empty string, the cost to 0.0 and the weight to 0.0. Include appropriate accessor and mutator methods (and label them with comments including the terms "accessor" or "mutator"). So that the test cases compile, name the accessor methods: getDescription() getCost() getWeight() Additionally, name the mutator methods:…

For c++. Need help designing class, no namespsace. FoodWastageRecord NOTE: You need to design this class.   It represents each food wastage entry recorded by the user through the form on the webpage (frontend).   If you notice the form on the webpage, you’ll see that each FoodWastageRecord will have the following as the data members aka member variables. Date (as string) Meal (as string) Food name (as string) Quantity in ounces (as double) Wastage reason (as string) Disposal mechanism (as string) Cost (as double) Each member variable comes with its accessor/mutator functions. --------------------------------------------------------------------------------- FoodWastageReport NOTE: You need to design this class.   It represents the report generated on the basis of the records entered by the user. This class will be constructed with all the records entered by the user as a parameter. It will then apply the logic to go over all the records and compute the following: Names of most commonly…

The ACTION and METHOD attributes are used by both code and forms to perform a wide range of tasks.

When calling a method, you must submit the required information.