Simple.............yar the cylinder that is thin
:)
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.
Lame's theory is typically used for analyzing thick-walled cylinders, where the ratio of inner to outer radius is significant (typically less than 10). For thin-walled cylinders, where the thickness is very small compared to the radius, a simpler approach like the thin-walled cylinder theory or membrane analogy is more appropriate.
thin isnt a noun you pleb!
I presume that you are trying to find the volume of an irregular solid. It is usual to tie a piece of thin cotton around the solid prior to lowering it into the measuring cylinder. This is so that you can control the decent of the object, i.e. it is not dropped into the cylinder causing the water to splash out, thus not giving an accuarate value for volume of the solid.
No, "thin" is an adjective that describes the width or depth of something, such as a thin book or thin ice. An adverb modifies a verb, adjective, or another adverb to describe how, when, or where something happens.
A short cylinder or a thin cylinder.
for thin cylinder the thickness to diameter ratio should be less than 0.07
If the ratio of thicness to dia of cylinder is 0.1 and less, it is thin. And if this ratio is more than 0.1 it is thick cylinder
Yes, all snakes have long, thin, cylinder - shaped bodies.
Yes, all snakes have long, thin, cylinder - shaped bodies.
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.
a cylinder tube
try with thin tweezers it workt for me
You cannot. The cylinder could be a large squat shape, or a thin tube which could be as long as you want. The volume of a cylinder does not determine its shape.
True
The question cannot be answered. You could have an infinitely long but infinitesimally thin cylinder, or an infiniteimally short but infinitely wide cylinder. In between these two extremes there are an infinite number of possible combinations.
On the inside of your trunk lid locate the lockcylinder. There is a thin metal retainer which holds the cylinder in place, it has a small tab sticking out. Pull the retainer out and the cylinder will slide out .