4 ms·
When I tried it with ChatGPT the model understands there is math involved, figures out the formula and spawns an API call to the code execution engine that actu
by ithkuil 3y ago
When I tried it with ChatGPT the model understands there is math involved, figures out the formula and spawns an API call to the code execution engine that actually performs the calculation.
Results:
To determine who wins this race, we'll calculate the time it takes for each car to complete the race using the same formula as before: \[
\text{Time} = \frac{\text{Distance}}{\text{Speed}}
\]
- Car A starts from 0 km and needs to cover 160 km at a speed of 16 km/h.
- Car B starts from 75 km (due to the 75 km head start) and only needs to cover 85 km (since 160 km total distance minus the 75 km head start) at a speed of 8 km/h.
Let's calculate the time for each car.
Car A will complete the race in 10 hours, while Car B will take 10.625 hours to finish. Therefore, Car A wins the race.
- xanderlewis 3y agoNice. It’s a good test of (the whole system, including calls to external services, of) ChatGPT itself. I think a pure LLM though would have trouble with these sorts of trick questions…but that’s not surprising.
- ithkuil 3y agoI'm sure the analogy is imperfect but your broca region of the brain is also not good at these sort of trick question yet it can do small talk relatively well even when the rest of the brain has severe dysfunctions
- xanderlewis 3y agoAgreed.