What is the output of this program? availableColors = ["red", "yellow", "blue"] del availableColors[0] print(availableColors[1])
The output of this program would be "blue".
Explanation:
- The `availableColors` list is initially defined as `["red", "yellow", "blue"]`.
- The `del availableColors[0]` line removes the element at index 0 from the list, which is "red". After this line, the updated list becomes `["yellow", "blue"]`.
- The last line, `print(availableColors[1])`, prints the element at index 1 from the updated list which is "blue".
Which line of code will create a Python dictionary? (1 point) Responses sideItems = {"steak" : "baked potato", "enchiladas" : "rice and beans", "poke bowl" : "macaroni salad"} sideItems = {"steak" : "baked potato", "enchiladas" : "rice and beans", "poke bowl" : "macaroni salad"} sideItems = ("steak" : "baked potato", "enchiladas" : "rice and beans", "poke bowl" : "macaroni salad") sideItems = ("steak" : "baked potato", "enchiladas" : "rice and beans", "poke bowl" : "macaroni salad") sideItems = {"steak", "baked potato", "enchiladas", "rice and beans", "poke bowl", "macaroni salad"} sideItems = {"steak", "baked potato", "enchiladas", "rice and beans", "poke bowl", "macaroni salad"} sideItems = ["steak" : "baked potato", "enchiladas" : "rice and beans", "poke bowl" : "macaroni salad"]
The line of code that will create a Python dictionary is:
sideItems = {"steak" : "baked potato", "enchiladas" : "rice and beans", "poke bowl" : "macaroni salad"}
What will be the output of this program? availableColors = ["red", "yellow", "blue"] print(availableColors[2]) (1 point)
The output of this program would be "blue".
Explanation:
- The `availableColors` list contains the elements `["red", "yellow", "blue"]`.
- The line `print(availableColors[2])` accesses the element at index 2 of the list, which is "blue".
- Therefore, the output would be "blue".
What is the output of this program? availableColors = ["red", "yellow", "blue"] availableColors.sort() print(availableColors) (1 point)
The output of this program would be:
["blue", "red", "yellow"]
Explanation:
- The `availableColors` list contains the elements `["red", "yellow", "blue"]`.
- The `availableColors.sort()` method is used to sort the elements in ascending order.
- After sorting, the updated `availableColors` list would be `["blue", "red", "yellow"]`.
- Finally, `print(availableColors)` is used to display the sorted list, resulting in `["blue", "red", "yellow"]`.
What is the output of this program? availableColors = ["red", "yellow", "blue"] availableColors.insert(1, "orange") print(availableColors[2]) (1 point)
The output of this program would be "yellow".
Explanation:
- The `availableColors` list is initially defined as `["red", "yellow", "blue"]`.
- The `availableColors.insert(1, "orange")` line inserts the element "orange" at index 1 of the list, shifting the existing elements to the right. After this line, the updated list becomes `["red", "orange", "yellow", "blue"]`.
- The last line, `print(availableColors[2])`, prints the element at index 2 from the updated list which is "yellow".
To determine the output of the program, you need to understand how each line of code functions.
The given code snippet:
```
availableColors = ["red", "yellow", "blue"]
del availableColors[0]
print(availableColors[1])
```
Let's break it down:
1. `availableColors = ["red", "yellow", "blue"]` - This line creates a list named `availableColors` with three elements: "red", "yellow", and "blue".
2. `del availableColors[0]` - This line deletes the element at index 0 in the `availableColors` list, which is "red". After this line of code, the list will only contain two elements: "yellow" and "blue".
3. `print(availableColors[1])` - This line prints the element at index 1 of the `availableColors` list, which is "blue".
Therefore, the output of the program will be:
```
blue
```
It will print "blue" as the only remaining element in the modified `availableColors` list.