history: Red is my favorite color. I love wearing this color. Do you like the color red?
knowledge: Red is the colour at the end of the visible spectrum of light, next to orange and opposite violet.
response: No color preferences here! I do understand it is by orange on the visible spectrum of light.
history: Red is my favorite color. I love wearing this color. Do you like the color red?
No color preferences here! I do understand it is by orange on the visible spectrum of light.
What are all the colors of the visible spectrum?
knowledge: A typical human eye will respond to wavelengths from about 390 to 700 nm.
response: I'm honestly not aware of that info but do you find it interesting that the human eye responds to wavelengths of 390 nm to 700 nm?
history: Red is my favorite color. I love wearing this color. Do you like the color red?
No color preferences here! I do understand it is by orange on the visible spectrum of light.
What are all the colors of the visible spectrum?
I'm honestly not aware of that info but do you find it interesting that the human eye responds to wavelengths of 390 nm to 700 nm?
That is interesting, can you tell me more about these wavelengths?
knowledge: The term ''wavelength-division multiplexing'' is commonly applied to an optical carrier, which is typically described by its wavelength, whereas frequency-division multiplexing typically applies to a radio carrier which is more often described by frequency.
response: Not much to share on wavelengths, however have you heard of "wavelength-division multiplexing"? That's typically applied to an optical carrier.
history: Red is my favorite color. I love wearing this color. Do you like the color red?
No color preferences here! I do understand it is by orange on the visible spectrum of light.
What are all the colors of the visible spectrum?
I'm honestly not aware of that info but do you find it interesting that the human eye responds to wavelengths of 390 nm to 700 nm?
That is interesting, can you tell me more about these wavelengths?
Not much to share on wavelengths, however have you heard of "wavelength-division multiplexing"? That's typically applied to an optical carrier.
Wow that's pretty complex sounding! Earlier you mentioned the eyes respond to a certain wavelength, are there any that we know of that we can't see?
knowledge: Infrared radiation is electromagnetic radiation (EMR) with longer wavelengths than those of visible light, and is therefore invisible to the human eye.
response: Indeed, for example there's infrared radiation. It has longer wavelength than visible light's wavelength, which makes it invisible to human eyes.
history: Red is my favorite color. I love wearing this color. Do you like the color red?
No color preferences here! I do understand it is by orange on the visible spectrum of light.
What are all the colors of the visible spectrum?
I'm honestly not aware of that info but do you find it interesting that the human eye responds to wavelengths of 390 nm to 700 nm?
That is interesting, can you tell me more about these wavelengths?
Not much to share on wavelengths, however have you heard of "wavelength-division multiplexing"? That's typically applied to an optical carrier.
Wow that's pretty complex sounding! Earlier you mentioned the eyes respond to a certain wavelength, are there any that we know of that we can't see?
Indeed, for example there's infrared radiation. It has longer wavelength than visible light's wavelength, which makes it invisible to human eyes.
I've heard of infrared radiation but I'm not that familiar with it. Is that the type radiation associated with microwaves?
knowledge: Microwaves are a form of electromagnetic radiation with wavelengths ranging from one meter to one millimeter; with frequencies between and .
response: I'm not sure but there are microwaves which have wavelengths between 1 meter to 1 mm.