Cannot figure out the percentage, and it is not 21.11% either. **Concept of Balancing and Torque****Scenario:**While on a camping trip, a man wants to carry water from a lake to his campsite. He fills two non-identical buckets with water and attaches them to a 1.11 m long rod. Since the buckets are not identical, the rod balances around a point located at a length \( l = 0.0655 \, \text{m} \) from its midpoint, as illustrated. The weight of the rod and empty buckets is negligible compared to the weight of the water, and the buckets are not shown to scale.**Diagram Explanation:**The diagram shows a horizontal rod with two buckets labeled 1 and 2 hanging at each end. The rod rests on a pivot point located slightly off-center towards bucket 1, at a distance of 0.0655 m from the midpoint of the rod.**Question:**Which bucket holds more water?- [ ] bucket 2- [ ] They hold the same amount of water.- [x] bucket 1**Further Calculation:**How much more water does the heavier bucket contain, expressed as a percentage?**Incorrect Answer:**20.2% In the calculation box provided, a user entered 20.2% which was marked incorrect. Users should re-evaluate their calculations and understanding of torque and balancing forces to determine the correct percentage difference in water between the two buckets.

Name: Cannot figure out the percentage, and it is not 21.11% either. **Conce
Uploaded: 2024-03-20T06:51:10.000Z
Channel: Bartleby
Description: Cannot figure out the percentage, and it is not 21.11% either. **Concept of Balancing and Torque****Scenario:**While on a camping trip, a man wants to carry water from a lake to his campsite. He fills two non-identical buckets with water and attaches