it is wool
nothing it looks like a normal hair
Wool fibres are approximately circular in cross section at the macro scale, and have scales on the surface of he shaft. It is these scales that give wool its felting ability. At a slightly larger scale, some wool is quite crinkly - Merino wool is an example - and this gives the wool its soft feel, particularly in fine wools.
If you mean what does the virus that causes Smallpox looks like, see the link below:
Under a microscope, wool fibers appear as scaly structures, resembling tiny shingles or tiles overlapping each other. These scales are part of the fiber's outer layer, known as the cuticle, and can vary in size and shape depending on the type of wool. The internal structure shows a complex arrangement of keratin proteins, contributing to wool's unique properties such as resilience and insulation. Overall, the microscopic view highlights the intricate and natural design of wool fibers.
The term "animalcules" was first used by Antonie van Leeuwenhoek, a Dutch scientist, who observed them in the 17th century when examining a drop of pond water under a microscope. He used this term to describe tiny, animal-like organisms that he saw moving in the water.
You can see a hair fiber well using an optical microscope, but you can hardly see a dimension 100 times smaller (about 10 microns). An electron microscope can review features as small as 10 nm, about 1/100000 th of a fiber.
cotton looks like a fluffy cloud with bits of black seeds on when it is under the microscope
Does what look like what under a micrscope. Everything under a microscope is upside down and backwards. So it would look like a backwards if.
You cannot see DNA under a regular microscope. But there are very special microscopes that forensic scientists use.
It is upside down.
Like the letter p
nothing it looks like a normal hair
nothing it looks like a normal hair
Like a misshaped box. It is grey under a microscope.
That is when the DNA is condensed, at which time it is called chromosome.
To identify a fiber in a cross section, examine its morphological features under a microscope, such as its diameter, shape, and any distinguishing characteristics like surface textures or color. Additionally, use specific staining techniques that can highlight different fiber types, as well as optical properties like birefringence. Comparing the observed features with known reference materials can also aid in accurate identification. Finally, performing chemical tests or spectroscopy can provide further confirmation of the fiber's identity.
Wool fibres are approximately circular in cross section at the macro scale, and have scales on the surface of he shaft. It is these scales that give wool its felting ability. At a slightly larger scale, some wool is quite crinkly - Merino wool is an example - and this gives the wool its soft feel, particularly in fine wools.