An example of something that can be measured in nanometers is a virus, such as the influenza virus, which typically ranges from about 80 to 120 nanometers in diameter. Nanometers are also used to measure features in Nanotechnology, such as the width of a carbon nanotube, which can be around 1 nanometer. These measurements are crucial in fields like Biology and materials science, where understanding size at the nanoscale can significantly impact research and applications.
The adverb form for the adjective appropriate is appropriately.
Yes, a bacterium is larger than a molecule. Bacteria are single-celled organisms typically ranging from about 0.5 to 5 micrometers in size, while molecules are much smaller, usually measured in nanometers or less. For example, a water molecule is about 0.3 nanometers in diameter, making bacteria significantly larger than individual molecules.
Area. Area is measured by two lengths multiplied together, so any square-shaped area would be measured in a square (length) area. For example houses could be measured in square feet, landscapes could be measured in square miles, something like a small surface might be measured in square centimeters.
Anything that you might measure in yards, can easily be measured in meters. For example, the length of a car, the distance to cross a street, etc. You would NOT use meters to measure something rather small like the length of a pencil.
One example of something that cannot be measured but is known by its endpoints is the concept of love. While love itself cannot be quantified or precisely measured, its presence or absence can be felt and recognized through its effects and the relationships between individuals. The endpoints of love could be the moments of deep connection and affection, contrasted with feelings of heartbreak or separation, highlighting the emotional spectrum it encompasses.
In units of length, for example meters, angstroms, or nanometers.
Objects which are of the order of a billionths of a metre, for example, the diameter of a carbon nano-tube.
Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.Its an example of an adage telling your to act appropriately in your environment.
Yes, a nanometer can be used to measure wavelengths of light. For example, visible light has wavelengths ranging from about 400 to 700 nanometers. By using nanometers, scientists can accurately measure and describe the size of light waves.
1mm = 1000000nm
The wavelength of light is expressed in different metric subunits derived from meters. For example, radio waves are measured in meters, visible light is measured in nanometers, and gamma rays are measured in picometers.I believe that would be the nanometer. In the past, the angstrom (= 1/10 nm) has been frequently used.
The diameter of your mothers panties, nah Jk. In the United States, nothing is measured in meters but everywhere else HEIGHT is a good example.
Multiple millions.See the related question below about the size of the swine flu virus (diameter is measured in nanometers) for an example of virus sizes and the dimensions of an individual virus particle.
There are 1000000 nanometres in one millimetre. Therefore, to convert nanometres to millimetres, divide by 1000000. For example, 5600000 nanometres is equal to 5600000/1000000 = 5.6 millimetres.
Waves have several measurable properties:Wavelength (λ): measured in micrometers, nanometers, or just meters.Speed or velocity: usually meters per second.Frequency: measured in Hertz, which is equivalent to (1 / seconds).Amplitude: depends on what type of wave. could be meters, if it is like a water wave, measuring the peak to trough distance, for example. Or volts or amperes for an electromagnetic wave.These are some of the quantities that can be measured for a wave.
raidus means a scientific answer and is to be measured for something for example the earth it is 6400km raidus
The adverb form for the adjective appropriate is appropriately.