The longer the string, the higher the probability that there will be flaws or defects in the string. Hence, the string can't hold as much weight because the flaw or defect will cause the string to break.
Rubber bands typically stretch more before breaking compared to string, so they can hold more weight. However, the exact weight capacity depends on the specific type and thickness of the rubber band and string being used.
The dependent variable in this scenario is the weight that the rubber band or string can hold without breaking. By testing the breaking point of both materials with increasing weights, you can determine which one can hold more weight before breaking. The dependent variable will be the maximum weight each material can withstand without breaking.
A rubber band is generally able to hold more weight before breaking compared to a string of the same thickness. This is because rubber bands have elasticity, allowing them to stretch and distribute the weight more evenly. Strings tend to be more rigid and can break more easily under tension.
String
More weight= more control. less weight=more power
because the long 1 has the capability to hold more weight
The answer is simple, the amount of weight a boat can hold depends on how big your boat is the bigger the boat the more water it displaces the more weight it can hold.
4.3 Lbs. That's based on the length/width of the deck being no more than 6". A suspension bridge will support more... Go find some string!
Industrial casters are very strong polyurethane wheels that can hold hold up alot of weight! Usually the more costly they are the more weight they hold. They should roll very smoothly and not rough!
Pipe cleaners are typically stronger than string because they are made of a flexible wire core wrapped in soft material, allowing them to hold their shape and provide more durability compared to string, which may break or fray more easily.
to hold more weight and to span more distance
No