Consider the following class definitions:

class A:

def $($self$,$ par $=2$ :

print $("/bar(A),$ end $="")$

print$($par$)$ if par is not None else print$(2)$

par $=2$

class $B(A)$ :

def injt $($self$,$ par$)$:

print $("$B$",$ end $="")$

$y=A($par$)$

What will be happen when the following statement is executed:

obj$=B(4)$

The code will print $"$B A $4$ A $2"$

The code will print $"$A $2$ B A $4"$

The code will print $"$B A $4"$

The code will generate an error

Transcribed Image Text:

Consider the following class definitions: class A: def class B (A): init (self, par = 2) : print ("A", end = " ") print (par) if par is not None else print (2) par = 2 obj def init (self, par): print ("B", end = " ") y = A (par) What will be happen when the following statement is executed: = B (4) The code will print "B A 4 A 2" The code will print "A 2 B A 4" The code will print "B A 4" The code will generate an error Consider the following class definitions: class A: def class B (A): init (self, par = 2) : print ("A", end = " ") print (par) if par is not None else print (2) par = 2 obj def init (self, par): print ("B", end = " ") y = A (par) What will be happen when the following statement is executed: = B (4) The code will print "B A 4 A 2" The code will print "A 2 B A 4" The code will print "B A 4" The code will generate an error

Answer rating: 100% (QA)

The image presents a Python code snippet with two classes A and B where B is a subclass of A Here is ... View the full answer