7*10^0 um
To determine how wide the cell will appear under the given magnification, we need to multiply the actual width of the cell by the magnification factor. The calculation would be 20 um (actual width) x 1500 (magnification) = 30,000 um. To convert this to a more convenient unit, we can express it as 30,000 um = 30 mm (1 mm = 1000 um). Therefore, the cell, which is 20 um wide, will appear to be 30 mm wide under a magnification of x1500.
A cell that is 1.6 mm wide is equivalent to 1600 µm wide, because 1 mm = 1000 µm.
White blood cells are larger. White blood cells range in size from 7-21 micrometers in diameter. Red blood cells are typically 6-8 micrometers in diameter. However, RBCs are more prevalent, accounting for 25% of the volume of blood, whereas WBC's only account for 1%.
1 mm = 1000 um 0.03 mm = 30 um
Mammals have red blood cells that vary in size for different species. However, llamas are known to have some of the largest red blood cells among mammals, which is a feature that helps them adapt to high altitudes.
20 micrometers (a human hair is 200 micrometers)
um
Some objects with a dimension of the order of micrometer (um) Red blood cells : 6-8 um Minimum human hair radius: 8 um Single Mode Fiber optic core radius: 5 um (fiber for long distance transmission) Escherichia coli bacterium 10 um length, 0.5 um diameter Internal channel of a medium performance transistor of modern integrated circuit: 0.1 um Internal channel of the most advanced transistor for integrated circuits 0.032 um
um red....
um... if you mean another word for 'wide', you could use 'width'.
== == I do not know about epithelial cells but i do know this: Red blood cells are the smallest ones measuring about 6 or 7 um. Sperm cells are also very small(25um) but are big compared to red blood cells. Its dificult to compare these cells to muscle cells because they are long but skinny. ________________________________________ (New to this answers thing, don't feel comfortable deleting other people's stuff) I just did a bio lab and these are my measurements: Red blood cells: 8µm wide; 10µm long Sperm cells: 2µmwide; 10µm long (known to vary) Striated muscle (This is skeletal muscle, like a bicep; I don't know how it compares to smooth muscle and they really varied in length) 40µm wide; 430µm long Cheek epithelial cells: 59µm wide; 63µm long