i need the screen shot of designs, source codes ( . java not the project or the .class ) files of all the classes you'll implement and the driver program for each problem.

and also need - Proper UML + flowcharts

Focus on chapter coverage:

- Object oriented programming solution ( object + driver )

- Proper UML + flowcharts

- proper constructor

- avoid stale data and shadowing

- demonstrate object's methods

4. Temperature Class Write a Temperature class that will hold a temperature in Fahrenheit and provide methods to get the temperature in Fahrenheit, Celsius, and Kelvin. The class should have the following field: ftemp. A double that holds a Fahrenheit temperature. The class should have the following methods: . Constructor. The constructor accepts a Fahrenheit temperature (as a double) and stores it in the ftemp field. . setFahrenheit. The setFahrenheit method accepts a Fahrenheit temperature (as a double) and stores it in the ftemp field. getFahrenheit. Returns the value of the ftemp field, as a Fahrenheit temperature (no conversion required). .getCelsius. Returns the value of the ftemp field converted to Celsius. .getKelvin. Returns the value of the ftemp field converted to Kelvin. Use the following formula to convert the Fahrenheit temperature to Celsius: Celsius = (5/9) > (Fahrenheit 32) Use the following formula to convert the Fahrenheit temperature to Kelvin: Kelvin = ((5/9) X (Fahrenheit 32)) + 273 Demonstrate the Temperature class by writing a separate program that asks the user for a Fahrenheit temperature. The program should create an instance of the Temperature class, with the value entered by the user passed to the constructor. The program should then call the object's methods to display the temperature in Celsius and Kelvin