'1am' redirects here. For other uses, see To help compare different, this section lists between 10 −18 and 10 −17 m (1 am and 10 am). • 1 am – sensitivity of the detector for [ ] • 1 am – upper limit for the size of and [ ] • 1 am – upper bound of the typical size range for 'fundamental ' [ ] • 1 am – length of an [ ] • 1 am – length of an [ ] • 1 am – length of a [ ] 10 attometres [ ] To help compare different, this section lists between 10 −17 and 10 −16 m (10 and 100 am). • 10 am – range of the weak force [ ] 100 attometres [ ] To help compare different, this section lists lengths between 10 −16 and 10 −15 m (100 and 1 ). • 100 am – all lengths shorter than this distance are not conformed in terms of size [ ] • 850 am – approximate proton radius [ ] 1 femtometre [ ] The femtometre (symbol fm) is a of in the, equal to 10 −15. In, this unit is more commonly called a, also with abbreviation 'fm'.
To help compare different, this section lists between 10 −15 and 10 −14 metres (1 and 10 fm). • 1 fm – length of a [ ] • 1 fm – length of a [ ] • 1.5 fm – diameter of the of an 11 with a target proton [ ] • 2.81794 fm – • 7 fm – the radius of the effective scattering for a gold nucleus scattering a over 140 degrees [ ] 10 femtometres [ ] To help compare different, this section lists between 10 −14 and 10 −13 m (10 and 100 fm). • 1.75 to 15 fm – Diameter range of the 100 femtometres [ ] To help compare different, this section lists lengths between 10 −13 and 10 −12 m (100 and 1 ). • 570 fm – typical distance from the atomic nucleus of the two innermost electrons (electrons in the 1s shell) in the atom, the heaviest naturally-occurring atom 1 picometre [ ] To help compare different this section lists between 10 −12 and 10 −11 (1 pm and 10 pm). • 1 pm – distance between in a [ ] • 2.4 pm – The of the • 5 pm – shorter wavelengths (approx.) 10 picometres [ ] To help compare different this section lists between 10 −11 and 10 −10 (10 pm and 100 pm). • 25 pm – approximate radius of a helium atom, the smallest neutral atom • 50 pm – radius of a hydrogen atom • 50 pm –: approximate radius of a hydrogen atom • ~50 pm – best resolution of a • 60 pm – radius of a carbon atom • 93 pm – length of a molecule 100 picometres [ ] To help compare different this section lists between 10 −10 and 10 −9 (100 pm and 1 nm). Renault laguna 2 service manual.
Comparison of sizes of semiconductor manufacturing process nodes with some microscopic objects and visible light wavelengths. At this scale, the is about 10 times that of the image. To help compare different, this section lists between 10 −7 and 10 −6 (100 and 1 ).
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• 100 nm – greatest particle size that can fit through a • 100 nm – 90% of particles in wood are smaller than this. The silk for a spider's web is around 5–7μm wide. To help compare different, this section lists some items with between 10 −6 and 10 −5 (between 1 and 10, or μm). • ~0.7–300 μm – wavelength of • 1 μm – the side of of area • 1 μm – edge of of volume (1 fL) • 1–10 μm – diameter of a typical [ ] • 1 μm – length of a • 1-2 μm – spore • 2 μm – length of an average bacteria • 3–4 μm – size of a typical cell • 5 μm – length of a typical human 's head • 6 μm – thickness of the tape in a 120-minute (C120) • 7 μm – diameter of the of a typical eukaryotic [ ] • about 7 μm – diameter of human • 3–8 μm – width of strand of • 5-10 μm – width of a • 8-11 μm – size of a ground-level or droplet 10 micrometres [ ]. Fog particles are around 10–50 μm long. To help compare different, this section lists between 10 −5 and 10 −4 m (10 and 100 μm).
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