The bacteria that doesn’t live in extreme conditions is Eubacteria
The amount of excess load that can be imposed on the wing of an airplane depends upon the speed of the airplane.
What is meant by wing loading?
Wing loading in aerodynamics is the ratio of the loaded weight of the aircraft and the area of each wing. It is given as:
W_L = W (weight of the aircraft) / S (gross wing area of the airplane)
The more speed an aircraft gains, the more lift is produced by each unit of wing area.
Thus, with a high value of wing loading the aircraft lands and takes-off at higher speeds with low maneuvering control. Generally, Airliners have high wing loading while smaller airplanes have lower wing loading.
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Answer:
Dry or unsaturated air
Explanation:
Virga is defined as a type of precipitation that falls from the lower side of a cloud and before it strikes the ground surface, it gets evaporated.
This type of precipitation usually occurs when the rain falls through a region of dry or unsaturated air, which absorbs the water vapour (or moisture content), thereby resulting in a formation of a falling liquid shaft (ice particles).
This type of precipitation generates microbursts that are dangerous for the aircraft and planes. These microbursts help in the elimination of heat from the prevailing air, as a result of which the cold air sinks causing severe turbulence.
Answer:
Explanation:
Lets see the given parameters.
Length of wire (L) = 6.93
Linear Density of wire (m/L) = 0.019 kg/m
Tension Force (F) = 365 Newtons
Now, the fundamental frequency () of the wire is given by the formula:
Where
L is length of wire
F is the tension force
m/L is the linear density
Plugging in, we get:
We can say the fundamental frequency to be about 10 Hz
Now, we know that the lowest frequency humans can hear is 20 Hz.
The lowest harmonic number is gotten by dividing this by the fundamental frequency:
20/10 = 2
Thus,
n = 2
Straight line with positive slope equals 9.8 (or 10)