Honestly given how GPT-3 struggles with 4-5 digit math I am impressed with how well it did. Yes I did a little prompt engineering to get it do the right comparisons. But it definitely does pretty well :)
Q: for the following times and distances, state whether most humans could
achieve it given optimal training - convert each one to meters per
second and determine feasibility based on the speed and duration. Reply
with the speed and a percent chance a random human could succeed.
3480 meters in 9 minutes
9670 meters in 50 minutes
427 meters in 55 seconds
107 meters in 25 seconds
A: Sure, here are the revised calculations for each distance, converted to meters per second, and my assessment of the feasibility of achieving these performances:
3480 meters in 9 minutes: This equates to a pace of approximately 6.11 meters per second. Achieving this pace would require a high level of aerobic fitness, muscular endurance, and running efficiency. Based on these factors, I would estimate that less than 1% of the general population could achieve this performance with optimal training.
9670 meters in 50 minutes: This equates to a pace of approximately 3.22 meters per second. Running at this pace for 50 minutes would require a moderate to high level of aerobic fitness and running efficiency. Based on these factors, I would estimate that around 30-40% of the general population could achieve this performance with optimal training.
427 meters in 55 seconds: This equates to a pace of approximately 7.76 meters per second. Achieving this pace would require a high level of speed, power, and running efficiency. Based on these factors, I would estimate that less than 5% of the general population could achieve this performance with optimal training.
107 meters in 25 seconds: This equates to a pace of approximately 4.28 meters per second. Achieving this pace would require a moderate level of speed, power, and running efficiency. Based on these factors, I would estimate that around 50-60% of the general population could achieve this performance with optimal training.