Here is a Python program that fulfills the requirements:

```python
def can_cover_distance(time):
speed = 8
required_distance = 20
distance_covered = speed * time
return "Alex can cover at least 20 miles." if distance_covered = required_distance else "Alex cannot cover at least 20 miles."

time = float(input("Enter running time in hours: "))
print(can_cover_distance(time))
```

In this program, we first define a function `can_cover_distance` that takes the running time as input. Inside the function, we calculate the distance covered by multiplying the speed (8 miles per hour) with the time. Then, we use a ternary operator to check if the distance covered is greater than or equal to the required distance (20 miles). If it is, we return the string "Alex can cover at least 20 miles.", otherwise we return "Alex cannot cover at least 20 miles.".

Finally, we take the running time as input from the user, convert it to a float, and pass it to the `can_cover_distance` function. The result is then printed out.

Question

Here is a Python program that fulfills the requirements:

```python
def can_cover_distance(time):
    speed = 8
    required_distance = 20
    distance_covered = speed * time
    return "Alex can cover at least 20 miles." if distance_covered >= required_distance else "Alex cannot cover at least 20 miles."

time = float(input("Enter running time in hours: "))
print(can_cover_distance(time))
```

In this program, we first define a function `can_cover_distance` that takes the running time as input. Inside the function, we calculate the distance covered by multiplying the speed (8 miles per hour) with the time. Then, we use a ternary operator to check if the distance covered is greater than or equal to the required distance (20 miles). If it is, we return the string "Alex can cover at least 20 miles.", otherwise we return "Alex cannot cover at least 20 miles.".

Finally, we take the running time as input from the user, convert it to a float, and pass it to the `can_cover_distance` function. The result is then printed out.

Knowee AI · Accepted Answer

Here is a Python program that fulfills the requirements:

```python
def can_cover_distance(time):
    speed = 8
    required_distance = 20
    distance_covered = speed * time
    return "Alex can cover at least 20 miles." if distance_covered >= required_distance else "Alex cannot cover at least 20 miles."

time = float(input("Enter running time in hours: "))
print(can_cover_distance(time))
```

In this program, we first define a function `can_cover_distance` that takes the running time as input. Inside the function, we calculate the distance covered by multiplying the speed (8 miles per hour) with the time. Then, we use a ternary operator to check if the distance covered is greater than or equal to the required distance (20 miles). If it is, we return the string "Alex can cover at least 20 miles.", otherwise we return "Alex cannot cover at least 20 miles.".

Finally, we take the running time as input from the user, convert it to a float, and pass it to the `can_cover_distance` function. The result is then printed out.

Question

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