Yes
The diameter of a hydrogen molecule is approximately 120 picometers (pm), which is equivalent to 0.12 nanometers (nm).
Ammonia molecule is not spherical but triangular pyramidal in shape. Hence it is not possible to tell its shape.
The size of a urea molecule is approximately 2-3 angstroms in diameter.
Copper can form a colored complex with a reagent (such as neocuproine) that absorbs light at 620 nm. By measuring the absorbance of this complex at 620 nm, the concentration of copper in a solution can be calculated based on Beer-Lambert's law.
Oxygen is responsible for the absorption of solar radiation with a wavelength less than 242nm. UV radiation splits oxygen into atoms and the atoms combine with other oxygen molecules to form ozone. Generally, all multi-atom?æ compounds are capable of absorbing UV radiation when the wavelength is short.
A macropore has a diameter of more than 50 nm , a mesopore has a diameter of 2 nm - 50 nm, a micropore has a diameter of less than 2 nm, a nanopore has a diameter of approximately 1 nm. Nm means nanometer.
The diameter of Hb molecule is app. 5.5 nm, and that is larger than a glucose molecule.
1,75.10-6 nm
70s in a Prokaryotic cell and 80s in an Eurakaryotic cell.
The spherical virus particles have a diameter of 50 to 70 nm and are covered by a lipid membrane. There are prominent "spikes" of 6 nm. Inside the lipid envelope is a capsid of 40 nm in diameter.
Yes.Yes.Yes.Yes.
Suspension is typically made up of larger particles (greater than 1000 nm) that are dispersed in a liquid. In contrast, a colloid solution consists of particles that are intermediate in size between a suspension and a true solution (1-1000 nm). Therefore, the particles in a suspension are generally larger than those in a colloid solution.
The molecular diameter of benzene is approximately 0.68 nanometers.
The large intestine's diameter is about 3,000 nm larger than the diameter of the small intestine, that is if you are comparing the lengths and widths of the two at a 2:1 ratio, then yes. But if you are measuring the 3-Dimensional Analysis from an objective point of view then at a 5:4 ratio it would be 400,000 nm in size precisely.
Wavelengths shorter than visible light include ultraviolet (UV) light, X-rays, and gamma rays. UV light has wavelengths ranging from about 10 nm to 400 nm, while X-rays range from approximately 0.01 nm to 10 nm, and gamma rays are even shorter, typically less than 0.01 nm. These wavelengths are shorter than the visible spectrum, which ranges from about 400 nm (violet) to 700 nm (red).
The large intestine's diameter is about 3,000 nm larger than the diameter of the small intestine, that is if you are comparing the lengths and widths of the two at a 2:1 ratio, then yes. But if you are measuring the 3-Dimensional Analysis from an objective point of view then at a 5:4 ratio it would be 400,000 nm in size precisely.
Less than that of visible light, which is in the range of about 350-700 nm - so UV rays would have a wavelength below 350 nm.