codehs unit 7 python questions and answers
Graded A+
7.1.7 Fix This Tuple - ✅✅my_tuple = (0, 1, 2, "hi", 4, 5)
# Your code here...
my_tuple = my_tuple[:3] + (3,) + my_tuple[4:]
print(my_tuple)
7.1.8: Citation - ✅✅def citation(names):
author_name = ((names))
name = str(names[2]) + ", " + str(names[0]) + " " + str(names[1])
return name
print(citation(["Martin", "Luther", "King, Jr."]))
7.1.9: Diving Contest - ✅✅# fill in this function to return the total of the three
judges' scores!
judges_scores=(10,10,10)
def calculate_score(judges_scores):
return judges_scores[0]+judges_scores[1]+judges_scores[2]
print (calculate_score(judges_scores))
, 7.1.10: Coordinate Pairs - ✅✅import math
# fill in this function to return the distance between the two points!
first_point = (1, 1)
second_point = (4, 5)
def distance(first_point, second_point):
x1= first_point[0]
x2= second_point[0]
y1= first_point[1]
y2= second_point[1]
power1 = pow(y2 - y1, 2)
power2 = pow(x2 - x1, 2)
return math.sqrt (power1 + power2)
print (distance(first_point, second_point))
7.2.6: Spell It Out - ✅✅# fill in this function to return a list containing each
character in the name
name = "Jessica"
def spell_name(name):
spell_out = list(name)
Graded A+
7.1.7 Fix This Tuple - ✅✅my_tuple = (0, 1, 2, "hi", 4, 5)
# Your code here...
my_tuple = my_tuple[:3] + (3,) + my_tuple[4:]
print(my_tuple)
7.1.8: Citation - ✅✅def citation(names):
author_name = ((names))
name = str(names[2]) + ", " + str(names[0]) + " " + str(names[1])
return name
print(citation(["Martin", "Luther", "King, Jr."]))
7.1.9: Diving Contest - ✅✅# fill in this function to return the total of the three
judges' scores!
judges_scores=(10,10,10)
def calculate_score(judges_scores):
return judges_scores[0]+judges_scores[1]+judges_scores[2]
print (calculate_score(judges_scores))
, 7.1.10: Coordinate Pairs - ✅✅import math
# fill in this function to return the distance between the two points!
first_point = (1, 1)
second_point = (4, 5)
def distance(first_point, second_point):
x1= first_point[0]
x2= second_point[0]
y1= first_point[1]
y2= second_point[1]
power1 = pow(y2 - y1, 2)
power2 = pow(x2 - x1, 2)
return math.sqrt (power1 + power2)
print (distance(first_point, second_point))
7.2.6: Spell It Out - ✅✅# fill in this function to return a list containing each
character in the name
name = "Jessica"
def spell_name(name):
spell_out = list(name)
