Not exact matches
It was launched
from near Pyongyang and reached a
height of about 550
km.
Schiaparelli was programmed to autonomously perform an automated landing sequence, with parachute deployment and front heat shield release between 11 and 7
km, followed by a retrorocket braking starting at 1100 m
from the ground, and a final fall
from a
height of 2 m protected by a crushable structure.
The four wheel drive system has been left intact while top speed is now 340
Km / h
from this turbocharged V10, acceleration figures
from 0 to 100
Km / h in only 2.7 seconds are just mind blowing if you take into account the wide 245 / 30ZR20 and 325 / 25ZR21 tires mounted on 9x20 and 12.5 x21 inch forged alloy wheels... installing a set of lowering springs deducted 25 mm
from the ride
height.
Combining ingredients such as an all - electric powertrain rumored to develop around 1,000 hp, a full carbon fiber body, magnesium forged wheels, and an aerodynamic body with a
height of 39 inches (0.99 meters), the Aspark Owl is said to go
from 0 to 60 mph (0 - 96
km / h) in under 2 seconds!
Just 32
km (20mi)
from Belize City, Turneffe Atoll is home to more than 60 species of birds during the
height of the migratory season, including 18 species of nesting birds.
[Response: The troposphere extends
from the surface to between about 8 and 18
km height (depending on latitude).
It shows CO2 going up
from below 400 ppm to over 500 in the tropics at 18
km height, where also the temperature gradient inverts.
Thus, given the
height and value of the emission temperature, we can get a simple estimate for the surface temperature: 255K + 5.5
km * 6K /
km = 288K (= 15oC; close to the global mean estimated
from observations given by NCDC of ~ 14oC).
You stated: «Thus, given the
height and value of the emission temperature, we can get a simple estimate for the surface temperature: 255K + 5.5
km * 6K /
km = 288K (= 15oC; close to the global mean estimated
from observations given by NCDC of ~ 14oC).»
Hence, whereas the planet is heated at the surface, it's main heat loss takes place
from a
height about 5.5
km above the ground, where most of the radiation is free to escape out to space.
Wind farms must be built at a distance
from housing of at least 10 times the
height of the turbine, or about 1.5 to 2
km, under the law which was adopted by the lower house of parliament on Friday.
The Institute of Atmospheric Physics investigates the physics and chemistry of the global atmosphere
from the Earth's surface up to the upper boundary of the middle atmosphere at about 120
km height.
Over the ocean this includes: sea surface slope and surface current, significant wave
height, wind speed and sea level
from radar altimetry at about 10
km resolution: sea surface temperature under cloud free conditions
from the infrared radiometer at about 300 m resolution; chlorophyll a and phytoplankton
from the imaging spectrometer under cloud free conditions at about 300 m resolution.
Let's assume that absorption begin below tropopause: «The troposphere extends upwards
from right above the boundary layer, and ranges in
height from an average of 9
km (5.6 mi; 30,000 ft) at the poles, to 17
km (11 mi; 56,000 ft) at the Equator.»
Thousands of years ago, during the
height of the ancient Greek and Roman empires, lead emissions
from sources such as the mining and smelting of lead - silver ores in Europe drifted with the winds over the ocean to Greenland — a distance of more than 2800 miles (4600
km)- and settled onto the ice.
Sea level can rise or fall on time scales ranging
from hours to centuries, spatial scales
from < 1
km to global, and with
height changes
from a few millimeters to a meter or more.
2 The troposphere is the atmospheric layer where the temperature generally decreases with
height, extending
from the surface up to approximately 10 — 15
km, and the stratosphere is the stable layer above that extending up to approximately 50
km.
On average ATSR2 11 µm channel cloud - top
height retrievals were 350 m higher than those
from radar with a standard deviation of 1
km.
Moving water into the gas phase, 1 micron away
from the surface of droplets (evaporation) needs the same amount of work required to lift it to a
height of 230
km above Earth's surface.
I.e. surface pressure drops immediately and never returns to the initial value despite it takes quite some time for the droplets to fall out (at 5 m / sec
from a few
km height).
The potential generating capacity was calculated
from the total offshore area within 50 nautical miles of shore, in areas where average annual wind speeds are at least 7 meters per second (approx. 16 mph) at a
height of 90 meters, assuming 5 MW of wind turbines could be placed in every square
km.
In Australia, where the controversy is reaching new
heights, a wind industry executive has been singling out Dr Sarah Laurie in a bid to make the public forget the many other health professionals who alert the public to the dangerous effects of wind turbines: «[T] he largest public relations issue for the industry at the moment is the theory of an ex-doctor that infrasound or low frequency noise
from wind turbines is likely to make anyone within 10
km of a wind turbine sick» (2).
Moreover I believe that the
height from which the radiation is emitted to space is at only 6
km.
Working back
from the clouds at a
height of say 4kilometers and applying the adiabatic lapse rate of 9.8 K /
km we arrive at the planet surface temperatures of around 15C.