What is true about the following code? template Type Twirl( Type n ) { return 4*n + 1;

Question 1 options:

a)	It is a template class.

b)	It is a class template.

c)	It is a template function.

d)	It is a function template.

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Question 2 (3 points)

True or False? For a given class template, the definitions of the associated member functions must be written as function templates.

Question 2 options:

	True
	False

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Question 3 (3 points)

True or False? The basic purposes of exceptions is to allow one part of a program to report an error to another part of the program if the error cannot be handled locally.

Question 3 options:

	True
	False

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Question 4 (3 points)

Given a class class OutOfRange {}; which of the following statements could be used to throw an exception of this type?

Question 4 options:

a)

throw;

b)	throw OutOfRange;

c)	throw OutOfRange();

d)	b and c above

e)	a, b, and c above

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Question 5 (2 points)

True or False? Function overloading refers to the error of storing too large a number into a function's local variable.

Question 5 options:

	True
	False

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Question 6 (3 points)

Given the class template template class Stuff { ... }; which of the following is a valid template instantiation?

Question 6 options:

a)	Stuff myStuff;

b)	Stuff myStuff;

c)	Stuff myStuff;

d)	Stuff myStuff;

e)	none of the above

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Question 7 (2 points)

True or False? In C++, two different functions can be given the same name, as long as their parameters are sufficiently different.

Question 7 options:

	True
	False

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Question 8 (3 points)

True or False? All exceptions are defined by the C++ programmer.

Question 8 options:

	True
	False

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Question 9 (3 points)

True or False? In C++, the raise statement is used to generate or raise an exception.

Question 9 options:

	True
	False

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Question 10 (3 points)

True or False? An uncaught exception in C++ goes unnoticed by the computer system, and execution simply continues.

Question 10 options:

	True
	False

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Question 11 (2 points)

True or False? In a call to a template function that is missing the template argument, the compiler tries to deduce the argument by looking at the function arguments.

Question 11 options:

	True
	False

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Question 12 (3 points)

Suppose we have the following function: void Put( int n ) { cout

Question 12 options:

a)	We need one function definition with one function name.

b)	We need five different function definitions with five different function names.

c)	We need one function definition with five different function names.

d)	We need five different function definitions with one function name.

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