of the expression will be using the methods listed above. Pass in the argument to the proper parameter listed in the method signature. The order of the arguments will match the order of the parameters, so the first argument will be assigned to the first parameter. For example, in question 2, the arguments are the literal int 5, and the literal int 4. These two values are being passed into methods. The value 5 will be assigned to parameter x, and the value 4 will be assigned to parameter y. Make sure to follow the logic through all the statements in each method. A value of a variable may change during these statements, so you cannot jump to the last one. You need to evaluate each statement and keep track of what the current value of each variable is. This is exactly what the computer does when evaluating the code. It writes down the current value in memory (RAM) to track the values as they may change. All of the methods in this assignment are value (non-void) methods, meaning they will return a value at the end of their statements. All return types in this assignment are int, so all answers for each questions will be a single int value. You know what value gets sent back from the method based on the expression used in the return statement, the last statement in each method. If there are multiple method calls in one expression, start with the innermost method call and work your way out from there. A value returned from one method, will then be used as an argument value passed into the next method. For example, in question 7, we will start with the method call methodc, passing in the values 1, 2, and 3. Once methodc returns the value baesd on the values passed in, that single int returned from the method will now be the argument value passed into method. 1) methodA ( 10 ) Answer: 2) methodB(5, 4) Answer: 3) methodc( 10, 5, 2) of the expression will be using the methods listed above. Pass in the argument to the proper parameter listed in the method signature. The order of the arguments will match the order of the parameters, so the first argument will be assigned to the first parameter. For example, in question 2, the arguments are the literal int 5, and the literal int 4. These two values are being passed into methods. The value 5 will be assigned to parameter x, and the value 4 will be assigned to parameter y. Make sure to follow the logic through all the statements in each method. A value of a variable may change during these statements, so you cannot jump to the last one. You need to evaluate each statement and keep track of what the current value of each variable is. This is exactly what the computer does when evaluating the code. It writes down the current value in memory (RAM) to track the values as they may change. All of the methods in this assignment are value (non-void) methods, meaning they will return a value at the end of their statements. All return types in this assignment are int, so all answers for each questions will be a single int value. You know what value gets sent back from the method based on the expression used in the return statement, the last statement in each method. If there are multiple method calls in one expression, start with the innermost method call and work your way out from there. A value returned from one method, will then be used as an argument value passed into the next method. For example, in question 7, we will start with the method call methodc, passing in the values 1, 2, and 3. Once methodc returns the value baesd on the values passed in, that single int returned from the method will now be the argument value passed into method. 1) methodA ( 10 ) Answer: 2) methodB(5, 4) Answer: 3) methodc( 10, 5, 2)