1. Write a Java program that reads two integers from the user and performs division. Handle...

 

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1. Write a Java program that reads two integers from the user and performs division. Handle the possibility of a divide-by-zero exception using a try/catch block. Finally, display a message indicating whether the division was successful or not. 2. Write a Java program that reads a string from the user and attempts to parse it into an integer. Handle different types of exceptions that may occur during the parsing process using multiple catch blocks. Display an appropriate error message based on the type of exception encountered. 3. Write a program that count how many prime numbers between minimum and maximum values provided by user. If minimum value is greater than or equal to maximum value, the program should throw a InvalidRange exception and handle it to display a message to the user on the following format: Invalid range: minimum is greater than or equal to maximum. Activate 1. Write a Java program that reads two integers from the user and performs division. Handle the possibility of a divide-by-zero exception using a try/catch block. Finally, display a message indicating whether the division was successful or not. 2. Write a Java program that reads a string from the user and attempts to parse it into an integer. Handle different types of exceptions that may occur during the parsing process using multiple catch blocks. Display an appropriate error message based on the type of exception encountered. 3. Write a program that count how many prime numbers between minimum and maximum values provided by user. If minimum value is greater than or equal to maximum value, the program should throw a InvalidRange exception and handle it to display a message to the user on the following format: Invalid range: minimum is greater than or equal to maximum. Activate