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.
There is a direct relationship between thickness and breaking weight in materials like ropes or cables. Thicker ropes tend to have a higher breaking weight capacity compared to thinner ropes due to the increased cross-sectional area that can withstand higher forces before breaking.
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.
Minimum breaking strength refers to the minimum amount of force or tension a material or object can withstand before it breaks or fails. It is an important specification used to determine the safety and reliability of various products, such as ropes, cables, and load-bearing equipment.
A standard wooden Popsicle stick can typically hold around 0.5-1 ounce of weight before breaking. Exceeding this weight can cause the stick to snap.
Assuming you mean "braking", aggressive braking.
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.
breaking
Loose weight.
There is a direct relationship between thickness and breaking weight in materials like ropes or cables. Thicker ropes tend to have a higher breaking weight capacity compared to thinner ropes due to the increased cross-sectional area that can withstand higher forces before breaking.
To keep balance and keep it from breaking
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breaking
The maximum weight that a 2x4 can support before breaking depends on various factors such as the type of wood, quality of the wood, and how the weight is distributed. In general, a typical 2x4 made of pine can support around 1,000 to 1,200 pounds of evenly distributed weight before breaking. However, it is always recommended to consult a structural engineer or refer to building codes for specific weight limits in construction projects.
If u mean breaking systems, then there are plenty. If you mean braking system, then that depends if u have ABS.
10-15
being capable of carrying an amount of weight without falling or breaking