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Question at position 20 Consider the following class definition: class MyClass: def __init__(self, value): self.value = value def show_value(): print(self.value) What is likely to happen when calling MyClass(10).show_value()? TypeError raised because self is missing in show_value() method definition. It calls the method without error and returns None.It prints 10.It prints self.value as a string.Clear my selection
Options
A.TypeError raised because self is missing in show_value() method definition.
B.It calls the method without error and returns None.
C.It prints 10.
D.It prints self.value as a string.
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Step-by-Step Analysis
The question presents a Python class where show_value is defined without a self parameter, which is required for instance methods.
Option A: 'TypeError raised because self is missing in show_value() method definition.' This is correct because when you access show_value on an instance (MyClass(10).show_value())......Login to view full explanationLog in for full answers
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Question at position 20 Consider the following class definition: class MyClass: def __init__(self, value): self.value = value def show_value(): print(self.value) What is likely to happen when calling MyClass(10).show_value()? It prints 10. It calls the method without error and returns None.TypeError raised because self is missing in show_value() method definition.It prints self.value as a string.Clear my selection
Question at position 19 Consider the following code snippet: class LinearEquation: def __init__(self, m, b): self.m = m # slope self.b = b # y-intercept # Missing code: define a method that, given x, returns y = mx + b. Which option correctly fills in the missing code?def solve(self, x): return self.m * x + self.bdef solve(self, x): print(self.m * x + self.b)def solve(self, x): return self.m + x + self.bdef solve(m, b, x): return m * x + bClear my selection
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