Although not emphasized in the lecture videos, methods can also be protected like attributes. To do that you add the double underscore to the front of the name of the method. The method is then considered to be

"private" and only used by other methods in the class. Assume you have a method in your class called "isQualified", you can run it within your class by issuing

self.isQualified $($s$\_$obj$)$

# note that 'self is not needed in the parameter list

If we wanted to protect "isQualified" we would define it using the signature line "def$\_\_$isQualified $($self$,$ s$\_$obj$)$:$"$ and execute it internally using the statement "self. $\_$isQualified $($s$\_$obj".

Check 'True' for this question to get full credit. This question is not a trick, so don't over$-$think the answer. Just check 'True.

True

O FalseAlthough not emphasized in the lecture videos, methods can also be protected like attributes. To do that you add the double underscore to the front of the name of the method. The method is then considered to be

"private" and only used by other methods in the class. Assume you have a method in your class called "isQualified", you can run it within your class by issuing

self.isQualified $($s$\_$obj$)$

# note that 'self is not needed in the parameter list

If we wanted to protect "isQualified" we would define it using the signature line "def$\_\_$isQualified $($self$,$ s$\_$obj$)$:$"$ and execute it internally using the statement "self. $\_$isQualified $($s$\_$obj".

Check 'True' for this question to get full credit. This question is not a trick, so don't over$-$think the answer. Just check 'True.

True

O False