The material will yield when stress reaches a critical value.
Stress = Load / Area
Thick steel wire is stronger than thin steel wire because there is more cross sectional area in the thick wire. Although the material's strength in load per unit area would be the same, the ultimate load that the wire can sustain would be more in the thick wire. A simple way of looking at it is to imagine a thick wire as a number of thin wires stuck together. If a thin wire can support a mass of 1kg then 2 thin wires can support 2kg. A wire which is twice as thick (twice the cross sectional area) can also support 2kg.
It depends on how thick of steel you're aiming to cut. But most job shops process steel with either laser cutting (for thin steel) or waterjet cutting (for up to 12" thick)... or machining.
A thick rope is stronger than a thin rope of the same material because it has a larger cross-sectional area, allowing it to distribute tension more effectively. This increased surface area means that it can withstand greater forces without breaking, as there are more fibers contributing to the overall strength. Additionally, thick ropes tend to have a higher resistance to wear and fatigue, enhancing their durability over time.
Thin steel helmets are generally lighter and more comfortable to wear for extended periods, making them suitable for situations where mobility is crucial. However, they may offer less protection against high-velocity impacts and projectiles compared to thick steel helmets, which provide superior durability and defense but can be heavier and more cumbersome. The choice between thin and thick steel helmets often depends on the specific needs of the wearer, including the balance between comfort and protection required for the task at hand.
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A thin (smaller diameter) wire resist more electricity than a thick (larger diameter) wire. Just like a larger pipe will allow more water to flow than a smaller pipe, a larger wire has more cross-sectional area to allow more current to flow.
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Thick steel wool will conduct electricity better than thin steel wool because it has more surface area for the current to flow through. The thicker material allows for more pathways for the electricity to travel, resulting in lower resistance and better conductivity.
Spider silk. The reason it seems so weak when you accidentally walk through a web is because it is so thin. If you could make spider silk thicker it would be stronger than a steel cable.
It depends on how thick of steel you're aiming to cut. But most job shops process steel with either laser cutting (for thin steel) or waterjet cutting (for up to 12" thick)... or machining.
There more thin filaments than thick filaments in smooth muscle. The ratio is of the thin to thick filaments in the smooth muscle is approximately 15:1.
The veins are neither strong nor thick of the blood vessels. On the contrary the veins are thin and thin walled. The arteries are strong and thick. They have to bear the pressure of the blood that comes from the heart.
A thick rope is stronger than a thin rope of the same material because it has a larger cross-sectional area, allowing it to distribute tension more effectively. This increased surface area means that it can withstand greater forces without breaking, as there are more fibers contributing to the overall strength. Additionally, thick ropes tend to have a higher resistance to wear and fatigue, enhancing their durability over time.
A thin atmosphere is thin and a thick atmosphere is thick
A thin cylinder has a wall thickness significantly smaller than its radius, while a thick cylinder has a wall thickness comparable to or larger than its radius. Thin cylinders typically use simpler stress analysis assumptions, whereas thick cylinders require more complex stress analysis methods to account for the effect of the thicker walls.
Thin steel helmets are generally lighter and more comfortable to wear for extended periods, making them suitable for situations where mobility is crucial. However, they may offer less protection against high-velocity impacts and projectiles compared to thick steel helmets, which provide superior durability and defense but can be heavier and more cumbersome. The choice between thin and thick steel helmets often depends on the specific needs of the wearer, including the balance between comfort and protection required for the task at hand.
A thick convex lens has a larger thickness and can bend light rays more than a thin convex lens. This results in a shorter focal length and stronger focusing ability for a thick convex lens compared to a thin convex lens.
It depends on how much you put on, if you have more of one than the other then it will be different. they taste the same if you have a thick layer of Vegemite and a thin layer of marmite. The stronger one is marmite if you have the same amount.