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Different states of demand?
Negative demand No demand Latent demand Declining demand Irregular demand Full demand Overfull demand Unwholesome demand
How do you explain What are the types of demand?
Negative demand nonexistent demand latent demand declining demand Irregular demand full demand overfull demand unwholesome demand
Is the computer light a natural light?
No. The computer light is not a natural light. Computer lighting contains certain chemicals that produce light due to a previous absorption of electromagnetic radiation of a different wavelength. This is known as fluorescence (like your fluorescence lamps). However, to ensure a longer lasting light supply, phosphorescent materials are sourced that are more efficient that fluorescence, and the method of cathodoluminescence, involving cathode rays is then applied on materials before being used as part of a monitor screen.
Demand and its types?
Perfectly inelastic demand, perfectly elastic demand, elastic demand, inelastic demand etc.
Different degrees of elasticity of demand?
Perfectly elastic demand. Relative elastic demand. Unit elasticity of demand. Relative inelastic demand. Perfectly inelastic demand.
Does a cathode ray produce red fluorescence?
The cathode ray is just a beam of electrons. The color of the fluorescence depends on the substance in the target.
Which phytochrome controlled responses displays far-red Reversibility?
Low fluorescence response
When calcite absorbs ultraviolet light and gives off red light it is displaying the property of?
Fluorescence
Why does a solution of chlorophyll appear red when exposed to white light but the chlorophyll in a plant does not?
Chlorophylls reemit a fraction of the light energy they absorb as fluorescence. Irrespective of the wavelengthof the absorbed light, the emitted fluorescence is always on the long-wavelength side of the lowest energy absorption band, in the red or infrared region of the spectrum.The fluorescent properties of a particular chlorophyll are functions of the structure of the molecule and its immediate environment. Thus, the fluorescence spectrum of chlorophyll in the living plant is always shifted to longer wavelengths relative to the fluorescence spectrum of a solution of the same pigment. This red shift is characteristic of aggregatechlorophyll.AnswerChlorophylls reemit a fraction of the light energy they absorb as fluorescence. Irrespective of the wavelengthof the absorbed light, the emitted fluorescence is always on the long-wavelength side of the lowest energy absorption band, in the red or infrared region of the spectrum. The fluorescent properties of a particular chlorophyll are functions of the structure of the molecule and its immediate environment. Thus, the fluorescence spectrum of chlorophyll in the living plant is always shifted to longer wavelengths relative to the fluorescence spectrum of a solution of the same pigment. This red shift is characteristic of aggregatechlorophyllchlorophyll is a green boogie colour substance
Is fluorescence a reliable mineral?
Fluorescence is a property not a mineral.
What are fluorescence agents in relation to uranium glow in dark?
Fluorescence is visible after UV irradiation; some substances as phosphates enhance the uranium fluorescence. Other substances can quench the uranium fluorescence.
Why does acridine orange fluoresce in green light only?
Acridine orange gives green fluorescence when bound to DNA (em. max 525 nm) and orange/red fluorescence when bound to RNA (em. max 650 nm).
What is the principle of fluorescence?
The principle of fluorescence spectroscopy is the interaction with light image.
What is fluorescence in a mineral?
The fluorescence in a mineral is where it will shine or reflect under a ultraviolet light.
What is quartz fluorescence?
Fluorescence occurs when a substance has absorbed light and later emits that light. Quartz is a material that undergoes this process. Minerals and creatures can both exhibit fluorescence.
What causes fluorescence?
Fluorescence is glowing, or giving off light.
What has the author F W D Rost written?
F. W. D. Rost has written: 'Quantitative fluorescence microscopy' -- subject(s): Fluorescence microscopy, Technique 'Fluorescence microscopy' -- subject(s): Fluorescence microscopy 'Photography with a microscope' -- subject(s): Photomicrography
