One form of Ohm's law is: E = IXR where, E is the applied voltage...

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One form of Ohm's law is: E = IXR where, • E is the applied voltage and is measured in volts (V) • I is the circuit current and is measured in amperes (A) • R is the circuit resistance and is measures in ohms (2) To find E when I = 5mA and R = 2.7KQ, first convert 5mA to 5×10-³A, 2.7K to 2.7×10302 and then perform the following calculation: E=5×10-3A × 2.7×1032 = 13.5V. Instruction: 1. Use Notepad to create new text file named “EX10_1.java”. Enter the following two lines (be sure to replace YourFullName with your full name): // FileName: EX10_1.java // Programmer: YourFullName 2. Create a Java program that: (a) creates a "supporting class” name “Ohm" which contains one method named "getOhm" that takes two inputs, I (circuit current) and R (circuit resistance), to return the calculation result of E = IXR; (b) create a "EX10_1" class with the "main" method in it; (c) in the "main" method takes two double values, I and R; (d) create an instance of the "Ohm" class and use it to call the "getOhm" method with the two double values (I and R) passing to the "getOhm" method; and (e) display the returned calculated value in a message box. Be sure to use ampere (A) and ohm (2) as units. One form of Ohm's law is: E = IXR where, • E is the applied voltage and is measured in volts (V) • I is the circuit current and is measured in amperes (A) • R is the circuit resistance and is measures in ohms (2) To find E when I = 5mA and R = 2.7KQ, first convert 5mA to 5×10-³A, 2.7K to 2.7×10302 and then perform the following calculation: E=5×10-3A × 2.7×1032 = 13.5V. Instruction: 1. Use Notepad to create new text file named “EX10_1.java”. Enter the following two lines (be sure to replace YourFullName with your full name): // FileName: EX10_1.java // Programmer: YourFullName 2. Create a Java program that: (a) creates a "supporting class” name “Ohm" which contains one method named "getOhm" that takes two inputs, I (circuit current) and R (circuit resistance), to return the calculation result of E = IXR; (b) create a "EX10_1" class with the "main" method in it; (c) in the "main" method takes two double values, I and R; (d) create an instance of the "Ohm" class and use it to call the "getOhm" method with the two double values (I and R) passing to the "getOhm" method; and (e) display the returned calculated value in a message box. Be sure to use ampere (A) and ohm (2) as units.

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Here is a Java program that meets the given instructions FileName EX10... View the full answer