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X = meters_to_feet(v_i), Y = meters_to_feet(d)→ making sure the output is in feet/sec- Diagnosing bugs in
calc_product()due to wrong return variable - Understanding mutable vs immutable types in memory
- Tracing
args,kwargs, and function stubs in Python - Matching syntax with logic in nested
if,elif, andelsestatements
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Which X and Y cause the program to print the final velocity in feet per second? Note that the distance and initial_velocity are given using meters instead of feet.
1
def final velocity (initial_velocity, distance, time):
2
return 2 distance time initial_velocity
3
4
50
6
def meters_to_feet (distance_in_meters):
return 3.28084 distance_in_meters
7
8
9
# display final velocity in feet per second
10
t = 35 # seconds
11
d = 7.2 # meters
12
13
v_i = 4.6 # meters / second
print(f’Final velocity: [final_velocity (X, Y, t): f} feet/s’)
X = meters_to_feet(v_i), Y = meters_to_feet(d)
X=v_i, Y = meters_to_feet(d)
X = meters_to_feet(v_i), Y = d
X=v_i, Y = d
Python
Which X and Y cause the program to print the final velocity in feet per second? Note
that the distance and initial_velocity are given using meters instead of feet.
1
2 3
def final velocity (initial_velocity, distance, time): return 2* distance time initial_velocity
4
5
def meters_to_feet (distance_in_meters):
6
return 3.28084 distance_in_meters
7
8
9
# display final velocity in feet per second
10
t = 35 # seconds
11
d = 7.2 # meters
12
13
v_i = 4.6 # meters / second
print(f’Final velocity: [final_velocity (X, Y, t):f} feet/s’)
X = meters_to_feet(v_i), Y = meters_to_feet(d)
X=v_i, Y= meters_to_feet(d)
X = meters_to_feet(v_i), Y = d
OX=v_i, Y = d
Python
Which X and Y cause the program to print the final velocity in feet per second? Note that the distance and initial_velocity are given using meters instead of feet.
1 def final velocity (initial_velocity, distance, time):
return 2 distance time initial_velocity
2
3
Python
st
4
5 def meters_to_feet (distance_in_meters):
6
7
return 3.28084 distance_in_meters
00
8
9 # display final velocity in feet per second
10
t = 35 # seconds
11
d = 7.2 # meters
12
13
v_i = 4.6 # meters / second
print(f’Final velocity: {final velocity (X, Y, t):f} feet/s’)
X= meters_to_feet(v_i), Y = meters_to_feet(d)
X=v_i, Y = meters_to_feet(d)
X = meters_to_feet(v_i), Y = d
Ox=v_i,Y=d
Which statement is true
about the *args and **kwargs special arguments?
Any single function definition can only define *args or **kwards, but never both.
Both may be used in a single function call, but *args must appear before **kwargs in the argument list
Both may be used in a single function definition, but **kwargs must appear before *args in the argument list.
Both may be used in a single function definition, and *args and **kwargs may appear in any order in the argument list.
Which statement is true
about the *args and **kwargs special arguments?
Any single function definition can only define *args or **kwards, but never both.
Both may be used in a single function call, but *args must appear before **kwargs in the argument list
Both may be used in a single function definition, but **kwargs must appear before *args in the argument list.
Both may be used in a single function definition, and *args and **kwargs may appear in any order in the argument list.
Which function call will produce an error?
1 def purchase (user_name, id_number=-1, item_name = ‘None’, quantity=0):
#… process a user’s purchase as required…
2
purchase(item_name=’Orange’, user_name=’Leia’)
purchase(‘Leia’)
purchase(‘Leia’, 123, ‘Orange’, 10)
purchase(item_name=’Orange’, 10)
What is the output?
1
2
3
def display (product, options=[]):
if ‘monitor in product:
options.append(‘HDMI ‘)
4
5
6
print(product, options)
7
8
9
display(‘Acer monitor’)
10
display(‘Samsung monitor’)
Acer monitor
Samsung monitor
Acer monitor [‘HDMI’]
Samsung monitor [‘HDMI’]
Acer monitor [‘HDMI’]
Samsung monitor [‘HDMI’, ‘HDMI’]
No output: using a list as a default argument is an error
Python
Python
What is the output?
1 def print_app (app_id, plan=’basic’, term=30):
2
Python
print (f’App: {app_id} ({plan} plan, {term} days)’)
3 print_app (10032, term=14)
App:10032 (basic plan, 14 days)
App:10032 (basic plan, 30 days)
App:10032 (plan, 14 days)
No output: the function call produces an error
Which function call would cause an error?
Python
1 def print_product (product_name, product_id, cost):
2
print(f'{product_name} (id: #[product_id}) ${cost:.2f}’)
print_product(‘Speakers’, 21224, 32.99)
print_product(‘Speakers’, 32.99, 21224)
print_product(‘Speakers’, cost-32.99, product_id=21224)
print_product(product_id=21224, product_name=’Speakers’, cost=32.99)
Question 24 (10 points)
Listen
What is the output?
2
3
1 def modify (names, score):
names.append(‘Robert’)
score score + 20
4
5
6
players
=
[‘James’, ‘Tanya’, ‘Roxanne’]
7
score = 150
8
modify(players, score)
9 print(players, score)
[‘James’, ‘Tanya’, ‘Roxanne’] 150
[‘James’, ‘Tanya’, ‘Roxanne’] 170
[‘James’, ‘Tanya’, ‘Roxanne’, ‘Robert’] 150
[‘James’, ‘Tanya’, ‘Roxanne’, ‘Robert’] 170
A(n)
is an example of a mutable object type.
list
string
float
int
Question 23 (10 points)
Listen
A(n)
is an example of a mutable object type.
list
string
float
int
Standard Python functions such as int(), range() etc. are part of the
Local
Global
Built-in
Internal
Question 22 (10 points)
Listen
objects have fixed values that can’t be changed.
Value
Class
Mutable
Immutable
scope.
In Python, a namespace is which type of data structure?
String
Tuple
List
Dictionary
Question 20 (10 points)
Listen
If two variables with the same name exist in the Local scope and the Global scope, which variable will be used in an assignment statement?
The Local scope variable
The Global scope variable
Neither scope, this situation would cause an error
Neither scope, this situation is impossible to create
Question 18 (10 points)✓ Saved
Listen
Function calc_sum() was copied and modified to form the new function calc_product(). Which line of the new function contains an error?
2
3
1 def calc_sum(a, b):
s = a + b
return s
4
5
def calc_product (a, b): # Line 1
6
p = a * b
# Line 2
7
return s
# Line 3
Line 1
Line 2
Line 3
None of the lines contains an error
Python
ས་༤_-ས་་ད, ༥- ཅཅལ་ཅས ས་ས
calc_product(). Which line of the new function contains an error?
1 def calc_sum(a, b):
2
3
s = a + b
return s
def calc_product (a, b): # Line 1
4
5
6
p = a * b
7
return s
# Line 2
# Line 3
Line 1
Line 2
Line 3
None of the lines contains an error
Question 10/10 naintal
Function calc_sum() was copied and modified to form the new function
calc_product(). Which line of the new function contains an error?
1 def calc_sum (a, b):
2
3
4
s = a + b
return s
50
def calc_product (a, b): # Line 1
6
p = a * b
7
return s
Line 1
Line 2
Line 3
# Line 2
# Line 3
None of the lines contains an error
Python
Python
Which statement causes the face with ‘x’ characters for eyes to be printed?
1 def print_x_eyes():
2
print(‘x x’)
3
4
5
def print_o_eyes():
6
print(‘o o’)
7
8
9
def face (eyes):
10
eyes ()
11
print(‘>
‘)
12
print(”)
face(print_x_eyes())
face(print_x_eyes)
print_x_eyes()
face()
face(‘x’)
Which statement causes the face with ‘x’ characters for eyes to be printed?
1 def print_x_eyes():
2
print(‘x x’)
3
4
5
def print_o_eyes():
6
print(‘o o’)
7
8
9
10
eyes ()
11
12
def face (eyes):
print(‘> *)
print(”)
face(print_x_eyes())
face(print_x_eyes)
print_x_eyes()
face()
face(‘x’)
Python
For the given program, how many print statements will execute?
1
2
3
4
5
6
7
def print_shipping_charge (item_weight):
if (item_weight > 0.0) and (item_weight <= 10.0):
print(item_weight * 0.75)
elif (item weight 10.0) and (item_weight <= 15.0):
print (item_weight 0.85)
elif (item_weight > 15.0) and (item_weight <= 20.0):
print(item_weight 0.95)
8
9
10 print_shipping_charge (18)
11 print_shipping_charge (6)
12 print_shipping_charge (25)
1
2
3
9
What is the output?
1 def print_water_temp_for_coffee (temp):
2
m
st
4
5
LD
6
if temp < 195:
print(‘Too cold.”)
elif (temp >= 195) and (temp <= 205):
print(‘Perfect temperature.’)
elif (temp> 205):
print(‘Too hot.’)
7
8
9
10
11
12
print_water_temp_for_coffee (205)
13
print_water_temp_for_coffee (190)
Too cold.
Perfect temperature.
Perfect temperature.
Too cold.
Perfect temperature.Too cold.
Python
Which of the following is not a valid technique to create a function stub?
Use a pass statement
Raise NotImplementedError
Print a “FIXME” message and return -1
Leave the function body empty
Which of the following lines of code is not valid, given the definitions of the calc_cube() and display() functions?
1
2
def calc_cube(x):
return x X
34
5
6
def display(x):
print(x)
y=calc_cube(2.0)
calc_cube(x)=8.0
display(‘Test’)
display(calc_cube(2.0))
Question 12 (10 points)
Listen
Which variable can be used in place of XXX in the following code?
def fahrenheit_to_celsius (f):
fraction = 5/9
2
3
c = (f32) * fraction
st
4
return c
5
6
7
8
degrees = float(input(‘Enter degrees in Fahrenheit: ‘)) print (fahrenheit_to_celsius (XXX))
degrees
f
fraction
Python
Python
Listen
Which term describes how Python assigns the type of a variable?
dynamic typing
static typing
quick typing
random typing
Question 11 (Bonus) (10 points)
Listen
How does the given function improve the code versus if no function was present?
The use of the function makes the program run faster
The use of the function decreases redundant code
The use of the function reduces the number of variables in the code
The function does not improve the code
Question 9 (10 points)
Listen
Which of the following is true?
A function must have exactly one return statement, or no return statement at all.
A function must always have at least one return statement.
A function can only return strings and numbers, not lists or dictionaries.
A function can have any number of return statements, or no return statement at
all.
Question 8 (10 points)
Listen
In the following code, the variable size is the function’s
1
2
3
4
5
6
7
8
def calc_square_area (size):
area = size * size
return area
val = float(input(‘Enter size of square: *))
square_area = calc_square_area (val)
print (f’A square of size {val} has area (square_area}’)
parameter
argument
property
value
Question 8 (10 points)
Listen
In the following code, the variable size is the function’s
1
def calc_square_area (size):
23
2
area = size size
return area
4
5
6
val = float(input(‘Enter size of square: ‘))
7
square_area = calc_square_area (val)
8 print(f’A square of size {val) has area (square_area}’)
parameter
argument
property
value
Python
Python
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