$course/Quizzes-201630/$Quiz 2/ Your First Programs, Part 4: Functions, doing the next set of questions while you do so.]]> Your First Programs, Part 4: Functions, doing the next set of questions while you do so.]]> true function definition?]]> function definition?]]> true body of the function (that is, how can we tell when one function ends and another starts)?]]> body of the function (that is, how can we tell when one function ends and another starts)?]]> true prints things (i.e., displays them on the console)?]]> prints things (i.e., displays them on the console)?]]> true .]]> .]]> true call a function.]]> call a function.]]> true false begin a function definition.]]> begin a function definition.]]> true false false Calling Functions, doing the next set of questions while you do so.]]> Calling Functions, doing the next set of questions while you do so.]]> true ]]> ]]> true name of the function? HINT: There should be no parenthesis]]> name of the function? HINT: There should be no parenthesis]]> true true powerful?]]> powerful?]]> true f_to_c function.]]> f_to_c function.]]> true f_to_c 5]]> f_to_c]]> def f_to_c(5)]]> f_to_c(5)]]> c = f_to_c(10.5)

is called (where the f_to_c function is as defined above)?]]> c = f_to_c(10.5)

is called (where the f_to_c function is as defined above)?]]> false Coding to a Specification, doing the next set of questions while you do so.]]> Coding to a Specification, doing the next set of questions while you do so.]]> true true how the component works.]]> how the component works.]]> true what the component does.]]> what the component does.]]> true Object Oriented Programming, doing the next set of questions while you do so.]]> Object Oriented Programming, doing the next set of questions while you do so.]]> true Lisp. What is the name of another?]]> Lisp. What is the name of another?]]> true is part of a:]]> is part of a:]]> true Beowulf]]> Procedural decomposition is:]]> Procedural decomposition is:]]> true true object oriented languages.]]> object oriented languages.]]> true procedural programming paradigm focuses on:]]> procedural programming paradigm focuses on:]]> true object-oriented programming paradigm focuses on:]]> object-oriented programming paradigm focuses on:]]> true true true Objects and Classes--Using Objects, doing the next set of questions while you do so.]]> Objects and Classes--Using Objects, doing the next set of questions while you do so.]]> true instance variables and methods an object has?]]> instance variables and methods an object has?]]> true arguments a constructor or method takes?]]> arguments a constructor or method takes?]]> true true x = 54. What is the type of the object to which the variable x refers? HINT: If you are not sure, you can check the type of a variable (e.g., x=54) by saying type(x). Note that if you use type(x) before entering x=54 in the console you will get an error because x does not yet have a value.]]> x = 54. What is the type of the object to which the variable x refers? HINT: If you are not sure, you can check the type of a variable (e.g., x=54) by saying type(x). Note that if you use type(x) before entering x=54 in the console you will get an error because x does not yet have a value.]]> true x = 54. What is the value of the object to which the variable x refers?]]> x = 54. What is the value of the object to which the variable x refers?]]> true y = 3.713. What is the type of the object to which the variable y refers?]]> y = 3.713. What is the type of the object to which the variable y refers?]]> true y = 3.713. What is the value of the object to which the variable y refers?]]> y = 3.713. What is the value of the object to which the variable y refers?]]> true z = 'my best friend'. What is the type of the object to which the variable z refers?]]> z = 'my best friend'. What is the type of the object to which the variable z refers?]]> true z = 'my best friend'. What is the value of the object to which the variable z refers?]]> z = 'my best friend'. What is the value of the object to which the variable z refers?]]> true true one-line program. What happens?

print('hello')

]]> one-line program. What happens?

print('hello')

]]> true one-line program. What happens?

print(hello)

]]> one-line program. What happens?

print(hello)

]]> true 3 * (4 + 1) evaluate to? (Figure this out by hand, then check your answer in the PyDev Console.)]]> 3 * (4 + 1) evaluate to? (Figure this out by hand, then check your answer in the PyDev Console.)]]> true 3 * ('hi' + 'bye') evaluate to? (Figure this out by hand, then check your answer in the PyDev Console.)]]> 3 * ('hi' + 'bye') evaluate to? (Figure this out by hand, then check your answer in the PyDev Console.)]]> true y after the following set of statements executes? (Figure this out by hand, then check your answer in the PyDev Console.)

y = 5

y = y * 3

y = y + 1

]]> y after the following set of statements executes? (Figure this out by hand, then check your answer in the PyDev Console.)

y = 5

y = y * 3

y = y + 1

]]> true x that has already been given a numeric value. Assume that you have put import math at the top of your program. Write a statement that sets the variable y to the sum of the sine of x and the cosine of x.]]> x that has already been given a numeric value. Assume that you have put import math at the top of your program. Write a statement that sets the variable y to the sum of the sine of x and the cosine of x.]]> true =)]]> =)]]> true int is a valid Python variable name.]]> int is a valid Python variable name.]]> true

int = 2.5

print(int(int))

What happens when Bobby runs his code?]]>

int = 2.5

print(int(int))

What happens when Bobby runs his code?]]> true true