Even if the material is the same, the thick lens is stronger because strength increases when thickness increases. If you pull on the lens in its plane and it is twice as thick then it is twice as strong. If you push on the lens perpendicular to it and it is twice as thick then it is eight times stronger. This is strength of materials theory taken in college for engineering.
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Thicker lenses have a greater difference in curvature between the two surfaces, which causes light to bend more sharply and focus at a single point. This creates a stronger optical effect compared to thinner lenses with less curvature difference.
Yes, the thickness of a rubber band can affect the pitch of its sound. Thicker rubber bands tend to produce lower pitches, while thinner rubber bands produce higher pitches. This is because thicker rubber bands vibrate at a slower rate compared to thinner ones.
The pitch of a sound produced by a rubber band is mainly affected by its tension and thickness. Tightly stretched rubber bands produce higher pitches, while loosely stretched ones produce lower pitches. Thicker rubber bands typically produce lower pitches compared to thinner ones.
Not necessarily. The strength of a magnet is determined by its material and how it is magnetized, not its size. Larger magnets may have more surface area to attract objects, but the strength comes from their composition.
Generally, stronger tornadoes have longer lifespans than weaker tornadoes. Strong tornadoes are typically associated with more intense and organized thunderstorms, which can sustain the conditions necessary for a tornado to persist for a longer period of time. Weaker tornadoes, on the other hand, often form from less stable atmospheric conditions and have shorter durations.
Opaque materials, such as wood, metal, and thick plastics, are ones that you can't see through because they don't allow light to pass through. These materials absorb or reflect light rather than allowing it to transmit through them.