To determine the order of the drives from shortest to longest, we first need to calculate the distance Nancy drove, which is given as \( \sqrt{2840} \) miles.
Calculating \( \sqrt{2840} \):
1. \( \sqrt{2840} \approx 53.3 \) (using a calculator or approximation).
Next, we have the distances for each driver:
- **Theo**: 50 miles
- **Nancy**: \( \sqrt{2840} \approx 53.3 \) miles
- **Mary**: (The information for Mary's distance is unspecified; could you please provide it?)
Once we have Mary's distance, we can compare the three distances to determine the order.
**Assuming Mary drove an unknown distance X**:
Let’s say Mary drove, for example, 60 miles (please replace this with the actual distance):
- **Theo**: 50 miles
- **Nancy**: \( \approx 53.3 \) miles
- **Mary**: x miles (let's use 60 for demonstration)
Now we can list them:
1. Theo: 50 miles
2. Nancy: \( \approx 53.3 \) miles
3. Mary: 60 miles
The order of their drives from shortest to longest would then be:
1. Theo: 50 miles (shortest)
2. Nancy: \( \approx 53.3 \) miles
3. Mary: 60 miles (longest)
Please provide Mary’s distance for an accurate order.