Explanation:
The gradient of slope – the steeper the gradient the higher the velocity
the shape of river channel – the more straight the channel (with fewer meanders) the higher the velocity
The volume of water that the river carries – The more water the higher the velocity because more water has more mass that carries more momentum.
The roughness of the substrate or stream bottom – The rougher the river bed is, the slower the river water velocity due to increased turbulence and less laminar flow
The depth & width of the stream – The narrower and deeper the river channel the higher the velocity. This is because the water has a lesser surface area to rub against the river bed as it flows hence gains higher speeds due to lower friction.
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They are all different wavelengths and frequencies.
It is called this because humans can detect it with the naked eye.
How long or short the wavelengths are determines the color of visible light.
like how the sky is blue because it has a shorter wavelength than the colors we see at sunset, and blue is more widespread.
Hope this helps you out!!:)))
Vega is approximately twice as hot as Pollux. Pollux has a surface temperature of 4,865 degrees Kelvin while Vega burns bright with a surface...
Answer:
Vega is hotter than Pollux
Explanation:
A.) Class
B.) Genus
C.) Order
D.) Species
Answer:
Explanation:
Aftershocks are earthquakes that follow the largest shock of an earthquake sequence. They are smaller than the mainshock and within 1-2 fault lengths distance from the mainshock fault.
Foreshocks are relatively smaller earthquakes that precede the largest earthquake in a series, which is termed the mainshock.
Answer:
Fore shocks is getting shocked before you have seen what happened while Aftershocks is getting shocked after you have seen what happened.