A low-density, high-temperature gas cloud would emit a continuous spectrum. This spectrum shows a broad range of wavelengths without any distinct lines, characteristic of thermal radiation emitted by hot objects.
The total collection of photons emitted by a given atom is known as its emission spectrum. This spectrum consists of photons with specific energies corresponding to transitions between different energy levels of the atom. The emission spectrum is unique to each element and can be used to identify elements based on the pattern of emitted photons.
Cloud cover is usually given as a percentage, there is no unit of measure.
Temperature is a measure of the thermal energy in the air at any given moment. Climate is the long term trend of weather that includes a number of factors including average annual and seasonal temperatures, humidity, precipitation and cloud cover.
During a flame test the electrons of the metal tested absorb some of the heat and jump to a higher energy level. The electrons then settle back to a lower, mosre stable level, releasing the energy as light of a given wavelength.
This question has a real subtlety in it. The simplest answer is given by Wein's Law, sometimes called Wein's Displacement Law: The peak of the spectrum for any "blackbody" (this works approximately for stars and people, basically any opaque object). Wavelength of peak emission = (Stefan's constant, which you can look up) x 0.0029meter / temperature in Kelvins. According to this formula, the peak is in the green part of the spectrum. But a lot of light is given off across the visual part of the spectrum so it looks whitish to me. Here's the subtlety that few people realize. This all works only when you plot the spectrum as the emission per unit wavelength. You can also plot the emission per unit frequency. Then the peak is at a different location!
Weather is the state of the atmosphere at a given time and place, including temperature, humidity, precipitation, wind speed, and cloud cover.
The sun and the moon's spectra are not the same. The Sun's spectrum shows continuous radiation across a range of wavelengths due to its high temperature, while the moon's spectrum shows reflected sunlight with absorption lines due to its lack of inherent light source. They have different compositions and physical properties affecting their spectra.
spectrum
The name given to the range of waves with increasing energies is called the Electromagnetic Spectrumi think it is spectrum
Nebulae
The name given to a towering cloud that has not fully developed into a thunderstorm is a cumulus congestus cloud. These clouds are large, puffy clouds with vertical growth, indicating instability in the atmosphere.
The absorbance spectrum of a compound shows how much light it absorbs at different wavelengths. The lambda max, or maximum absorbance, is the point on the spectrum where the compound absorbs the most light.
The ultraviolet spectrum is 'beyond' (ultra) the violet part of the visible spectrum, that is, beyond the short end of the wavelength range. The infrared spectrum is 'within' (infra) the long end of the wavelength range. The two terms have nothing to do with color, which defines the visible spectrum between violet and red.
The total collection of photons emitted by a given atom is known as its emission spectrum. This spectrum consists of photons with specific energies corresponding to transitions between different energy levels of the atom. The emission spectrum is unique to each element and can be used to identify elements based on the pattern of emitted photons.
What channel is sent can spectrum get this ball game?
A station model is a symbolic illustration showing the weather occurring at a given reporting station. It shows cloud type, direction of the wind, temperature as well as many other attributes.
Yes.