Question
STUDENT B IS 6'2 AND WEIGHS 210 LBS
STUDENT A IS 6 A CLAIMS THEY CAN LIFT AROUND 220
HINT!!!!!
Lifting max ≠ carrying max.
General estimate: Carrying weight over distance typically requires 60–70% of your maximum lift strength to be sustainable over short distances.
Answers
GPT-4o mini
Based on your hints and the information provided:
1. **Student B**: Height = 6'2", Weight = 210 lbs.
2. **Student A**: Height = 6'0", Claims they can lift around 220 lbs.
When considering lifting strength versus carrying capacity, it’s important to understand that:
- Maximum lifting refers to the greatest weight a person can lift in a single motion (often seen in exercises like squats or deadlifts).
- Carrying weight over distance requires different energy and effort levels, which are generally lower than maximum lifting.
If Student A claims they can lift around 220 lbs, sustainably carrying this weight over a distance (especially considering that lifting max doesn't equate to carrying max), would likely be limited to around **60-70%** of their max lifting capability.
Calculating carrying capacity for Student A:
- 60% of 220 lbs = 132 lbs
- 70% of 220 lbs = 154 lbs
Therefore, Student A could sustainably carry between **132 lbs and 154 lbs** over a short distance.
Student B, weighing 210 lbs, may have a higher overall mass but doesn’t automatically have lifting or carrying superiority based solely on weight. The explicit lifting or carrying capacities depend on individual strength levels and physical conditioning.
In summary:
- Student A can lift 220 lbs, but can likely carry 132-154 lbs.
- Student B's ability to carry would depend on their strength and conditioning, not just their weight.
This information could help assess the physical capabilities of each student relative to lifting and carrying.
1. **Student B**: Height = 6'2", Weight = 210 lbs.
2. **Student A**: Height = 6'0", Claims they can lift around 220 lbs.
When considering lifting strength versus carrying capacity, it’s important to understand that:
- Maximum lifting refers to the greatest weight a person can lift in a single motion (often seen in exercises like squats or deadlifts).
- Carrying weight over distance requires different energy and effort levels, which are generally lower than maximum lifting.
If Student A claims they can lift around 220 lbs, sustainably carrying this weight over a distance (especially considering that lifting max doesn't equate to carrying max), would likely be limited to around **60-70%** of their max lifting capability.
Calculating carrying capacity for Student A:
- 60% of 220 lbs = 132 lbs
- 70% of 220 lbs = 154 lbs
Therefore, Student A could sustainably carry between **132 lbs and 154 lbs** over a short distance.
Student B, weighing 210 lbs, may have a higher overall mass but doesn’t automatically have lifting or carrying superiority based solely on weight. The explicit lifting or carrying capacities depend on individual strength levels and physical conditioning.
In summary:
- Student A can lift 220 lbs, but can likely carry 132-154 lbs.
- Student B's ability to carry would depend on their strength and conditioning, not just their weight.
This information could help assess the physical capabilities of each student relative to lifting and carrying.