1. Create a new project in Eclipse called R11, and a new class called R11.java.
2. Add a scanner to read from the console.
3. Add a print statement which says: (p^q)v(!q^r) == ?
4. Add a do-while loop to perform the following:
   • Ask the user if they want to assign new values.
   • Print a blank line if the input is "y", otherwise prints "Goodbye!" if the user types "n".
5. Test that your program works. The output at this point should be:

    (p^q)v(!q^r) == ?
    Would you like to assign new truth values?: y

    Would you like to assign new truth values?: n
    Goodbye!

1. Add prompts for the values of p, q, and r
   • If the first character of the string is a t, the value is true
   • If the first character of the string is a f, the value is false
   • Otherwise, tell them that it's not valid, and the default is false
2. Print out the values of the variables to test that they were set correctly
3. Test that your program works. The output at this point should be:

    (p^q)v(!q^r) == ?
    Would you like to assign new truth values?: y
    Enter a value for p: hat
    "hat" is not a valid boolean value; p will be set to false by default
    Enter a value for q: f
    Enter a value for r: t
    p is false
    q is false
    r is true

    Would you like to assign new truth values?: y
    Enter a value for p: true
    Enter a value for q: false
    Enter a value for r: t
    p is true
    q is false
    r is true

    Would you like to assign new truth values?: n
    Goodbye!

1. Replace the print lines stating the truth values (eg. "p is true/false") with print lines for values found in each part of the truth table
   • You should have: p, q, r, !q, (p^q), (!q^r), (p^q)v(!q^r)
   • How do you do "AND", "OR" and "NOT" in Java versus how it is written in propositional logic?
   • It might be useful to add variables for functions you need more than once (eg. (!q^r)).
2. If you want to line up your print statements in columns, you can use "\t" in your printed string for a tab
3. Test that your program works. The output at this point should be:

    (p^q)v(!q^r) == ?
    Would you like to assign new truth values?: y
    Enter a value for p: t
    Enter a value for q: f
    Enter a value for r: t
    p	   q	  r      !q     (p^q)   (!q^r)    (p^q)v(!q^r)
    true   false  true   true   false   true      true

    Would you like to assign new truth values?: n
    Goodbye!