Mixed-up Code Questions

Create code that sets the variable result equal to “x is less than 3” when x is less than 3. Otherwise, set it to “All done”.

        x = 0
---
if x < 3:
---
    result = "x is less than 3"
---
else:
---
    result = "All done"
        

Write code that sets the variable result equal to “x is less than 3” when x is less than 3. Otherwise, set it to “All done”.

x = 0 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(result, "x is less than 3", "Testing result when the value of x is less than 3") myTests().main()

Create code that sets the variable message to “Hello” if x is less than 2, “Hey” if x is greater than 2, and “Hi” if x is 2.

        x = 2
---
if x < 2:
---
if x < 2: #paired
---
    message = "Hello"
---
elif x > 2:
---
else x > 2: #paired
---
    message = "Hey"
---
else:
---
    message = "Hi"
---
    message == "Hi" #paired
        

Write code that sets the variable message to “Hello” if x is less than 2, “Hey” if x is greater than 2, and “Hi” if x is 2.

x = 2 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(message,"Hi", "Testing that the value of message when 'x' equals 2") myTests().main()

Create code that sets price to 1.5 if weight is less than 2, otherwise set price to 1.3, then set total to the weight times price. For example, if weight is 0.5 then price should be set to 1.5 and total will be 0.75.

        weight = 0.5
numItems = 5
if weight < 2:
---
    price = 1.50
---
if weight >= 2:
---
    price = 1.30
---
total = weight * price
---
        

Write code that sets price to 1.5 if weight is less than 2, otherwise set price to 1.3, then set total to the weight times price. For example, if weight is 0.5 then price should be set to 1.5 and total will be 0.75.

weight = 0.5 numItems = 5 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(price,1.5, "Testing that the price is 1.5") self.assertEqual(total,0.75, "Testing that the total is 0.75") myTests().main()

Create code that sets the variable number to x is a number from 1 to 10 if the value of x is 1-10, x is a number less than 1 if the value of x is zero or below, and x is a number greater than 10 if the value of x is more than 10.

        x = 3
---
if x >= 1 and x <= 10:
---
    number = "x is a number from 1 to 10"
---
elif x < 1:
---
    number = "x is a number less than 1"
---
    number = "x is greater than 1" #paired
---
else:
---
    number = "x is a number greater than 10"
---
else x < 1: #paired
        

Write code that sets the variable number to x is a number from 1 to 10 if the value of x is 1-10, x is a number less than 1 if the value of x is zero or below, and x is a number greater than 10 if the value of x is more than 10.

x = 3 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(number,"x is a number from 1 to 10", "Testing number when x is a number from 1 to 10") myTests().main()

Create code that sets the variable rate to the cost of a 14 mile cab ride. If the distance traveled is less than or equal to 12 miles, then rate cost is $2.00 a mile, and if the distance traveled is more than 12 miles then rate cost is $1.50 a mile. Assign the final cost to the variable total.

        distance = 14
---
if distance <= 12:
---
if distance is 12: #paired
---
    rate = 2.00
---
if distance > 12:
---
if distance < 12: #paired
---
    rate = 1.50
---
total = distance * rate
---
total = distance / rate #paired
---
print("Total cost of trip: " + str(total))
        

Write code that sets the variable rate to the cost of a 14 mile cab ride. If the distance traveled is less than or equal to 12 miles, then rate cost is $2.00 a mile, and if the distance traveled is more than 12 miles then rate cost is $1.50 a mile. Assign the final cost to the variable total.

distance = 14 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(total, 21.0, "Testing total is equal to 21.0") myTests().main()

Create code so that after x and y are defined, they are compared and if the value of x is less than y it sets the variable result to "x is less than y"; if x is greater than y then result is set to "x is greater than y"; and result is "x and y must be equal" if the values are equal.

        x = 10
---
y = 10
---
if x < y:
---
    result = "x is less than y"
---
else:
---
    if x > y:
---
        result = "x is greater than y"
---
    else:
---
        result = "x and y must be equal"
        

Write code so that after x and y are defined, they are compared and if the value of x is less than y it sets the variable result to "x is less than y"; if x is greater than y then result is set to "x is greater than y"; and result is "x and y must be equal" if the values are equal.

x = 10 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(result, "x and y must be equal", "Testing result when x and y are equal") myTests().main()

Write code so that after x and y are defined, they are compared and if the value of x and y are the same object the variable value will be set to "x and y are the same"; if x and y have the same value then value is "x and y have the same value"; and value is "x and y are not similar" if x and y do not fit the other conditionals.

        x = 12
---
y = x
---
if x is y:
---
    value = "x and y are the same"
---
elif x == y:
---
    value = "x and y have the same value"
---
else:
---
    value = "x and y have different values"
        

Write code so that after x and y are defined, they are compared and if the value of x and y are the same object the variable value will be set to "x and y are the same"; if x and y have the same value then value is "x and y have the same value"; and value is "x and y are not similar" if x and y do not fit the other conditionals.

x = 12 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(value, "x and y are the same", "Testing value when the x and y are the same") myTests().main()

Create code that will set the variable grade to the grade equivalent (string) for a score. It should set grade to E for any value below 60, D for 61 to 69, C for 70 to 79, B for 80 to 89 and A for 90 and above. For example, if the score is above 90, grade should be A.

        score = 93
---
if score >= 90:
---
    grade = "A"
---
elif score >= 80:
---
    grade = "B"
---
elif score >= 70:
---
    grade = "C"
---
elif score >= 60:
---
    grade = "D"
---
else:
---
    grade = "E"
---
print(grade)
---
    elif grade >= 90: #distractor
---
    score = "c" #distractor
        

Write code that will set the variable grade to the grade equivalent (string) for a score. It should set grade to E for any value below 60, D for 61 to 69, C for 70 to 79, B for 80 to 89 and A for 90 and above. For example, if the score is above 90, grade should be A.

score = 93 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(grade,'A',"Testing that grade equals A") myTests().main()

Create code that should set the variable result to determine whether a number is odd or even.

        x = 3
---
if x % 2 == 0:
---
if x / 2 == 0: #paired
---
    result = "x is even!"
---
else:
---
    result = "x is odd"
---
elif x % 2 == 1: #paired
        

Write code that should set the variable result to determine whether a number is odd or even.

x = 3 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(result, "x is odd", "Testing result when the value of x is odd") myTests().main()

Create code that should set the variable result equal to “Good job” when the number is between 1 and 10 (inclusive) or is 15 and result should be set to “Fail” when it is not.

        x = 8
---
if x >= 1 and x <= 10 or x == 15:
---
    result = "Good job"
---
else:
---
    result = "Fail"
---
elif x == 15: #paired
        

Write code that should set the variable result equal to “Good job” when the number is between 1 and 10 (inclusive) or is 15 and result should be set to “Fail” when it is not.

x = 8 ==== from unittest.gui import TestCaseGui class myTests(TestCaseGui): def testOne(self): self.assertEqual(result, "Good job", "Testing result when the value of x is between 1 and 10") myTests().main()

You have attempted of activities on this page