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TupleKB
air
Air occupies areas.
1
Waterloo
air
Air only has pressure when it's moving.
0.528167
Waterloo
air
Air passes from the pharynx through the glottis into the trachea during inhalation.
0.407044
TupleKB
air
Air passes from tracheae.
1
Waterloo
air
Air passes in and out of the spiracles to and from a network of tubes in the insect's abdomen.
0.277974
TupleKB
air
Air passes over gills.
1
TupleKB
air
Air passes over membranes.
1
ARC
air
Air passes over mountain top and falls, becoming warmer and increasing the moisture it can hold.
0.453029
Waterloo
air
Air passes over or under the wing as the bird moves forward, or as the wind blows.
0.28587
TupleKB
air
Air passes through airways.
1
TupleKB
air
Air passes through chambers.
1
TupleKB
air
Air passes through feathers.
1
TupleKB
air
Air passes through lungs.
1
TupleKB
air
Air passes through metabolic chambers.
1
Waterloo
air
Air passes through the larynx into the windpipe and then into the lungs.
0.454691
Waterloo
air
Air passes through the lungs twice with each breathing cycle - twice that of mammals.
0.700853
Waterloo
air
Air passes through the lungs two times with each breathing cycle - twice that of mammals.
0.713228
Waterloo
air
Air passes through the pharynx en route to the trachea and lungs.
0.531364
ARC
air
Air passes through tubes into the body tissues.
0.685128
TupleKB
air
Air passes through zones.
1
TupleKB
air
Air passes to lungs.
1
Waterloo
air
Air passing through a jet engine is heated up .
0.302637
Waterloo
air
Air picks up a lot of moisture as it travels over an ocean.
0.457897
Waterloo
air
Air picks up heat as the winds blow over the oceans.
0.560199
Waterloo
air
Air picks up heat by conduction but carries it away via convection.
0.547179
Waterloo
air
Air plays a much more minor role in saturated soils than in unsaturated soil.
0.48078
Waterloo
air
Air plays an important role in our health.
0.339049
Waterloo
air
Air plays an important role in weather control.
0.376251
TupleKB
air
Air produces sound.
1
ARC
air
Air proves an essential part of plant growth and survival.
0.35511
Waterloo
air
Air provides fuel for fire and the combination of earth and water produce growth.
0.585652
Waterloo
air
Air provides life-giving oxygen.
0.416312
Waterloo
air
Air provides movement - such as in the joints, intestine or heart.
0.440006
ARC
air
Air provides plants with carbon dioxide.
0.603427
Waterloo
air
Air pump An air pump has a multitude of uses, apart from the obvious one of inflating tyres.
0.244992
TupleKB
air
Air raises air pressure.
1
TupleKB
air
Air raises pressure.
1
TupleKB
air
Air reaches correct temperature.
1
TupleKB
air
Air reaches temperature.
1
ARC
air
Air reaches the lungs by the same system as in humans.
0.525999
Waterloo
air
Air reaches the middle ear via the eustachian tube, which is connected to the back of the nose.
0.450386
Waterloo
air
Air reacts like a fluid to supersonic objects.
0.670121
TupleKB
air
Air reduces transpiration.
1
TupleKB
air
Air removes water.
1
Waterloo
air
Air represents breathing and goodness.
0.3269
TupleKB
air
Air requires intake.
1
Waterloo
air
Air responds to lower pressure by expanding.
0.521824
ARC
air
Air rises in a depression so clouds and rainfall are formed.
0.560229
Waterloo
air
Air rises in a fluid environment.
0.6487
Waterloo
air
Air rises near low pressure areas.
0.263542
Waterloo
air
Air rises up the hillsides and thereby causes winds to blow.
0.265924
ARC
air
Air rises when cold air pushes hot air up .
0.513929
SimpleWikipedia
air
Air rises when cold air pushes hot air up.
0.513929
Waterloo
air
Air rises when it's heated because it expands, so it's less dense than the cooler air around it.
0.621353
Waterloo
air
Air rising sharply creates tall clouds, such as thunderclouds, which give brief, heavy showers.
0.395845
Waterloo
air
Air rushing over the tops of airplane wings exerts less pressure than air from under the wings.
0.457833
Waterloo
air
Air sampling allows an industrial hygienist to determine the exposure levels of certain chemicals.
0.437641
Waterloo
air
Air sampling is done on mainstream chemicals in the workplace.
0.262266
Waterloo
air
Air scenting dogs use their noses to detect any human scent present in a particular area.
0.685262
Waterloo
air
Air sealing improves indoor air quality.
0.387377
Waterloo
air
Air shields the earth from harmful solar rays and objects from outer space hitting earth.
0.529852
Waterloo
air
Air slows moving objects.
0.434982
Waterloo
air
Air spaces greater than one cm are bullae.
0.32491
Waterloo
air
Air sparging can enhance bioremediation.
0.290202
Waterloo
air
Air sparging is an in situ technology in which air is injected through a contaminated aquifer.
0.627488
ARC
air
Air stops sound waves traveling through water and living tissues.
0.67045
Waterloo
air
Air stops sound waves traveling through water and living tissues.
0.67045
Waterloo
air
Air stripping effectively removes radon gas from groundwater.
0.237407
Waterloo
air
Air stripping involves the mass transfer of volatile contaminants from water to air.
0.726044
Waterloo
air
Air stripping is more effective in coarse- grained soil.
0.250041
Waterloo
air
Air stripping removes volatile organic compounds from contaminated groundwater or surface water.
0.545794
ARC
air
Air supplies the oxygen a fire needs to burn.
0.664345
TupleKB
air
Air supports oxidation.
1
Waterloo
air
Air surrounding the earth extends upwards hundreds of kilometers.
0.424493
ARC
air
Air surrounds Earth and becomes thinner farther from the surface.
0.623718
TupleKB
air
Air surrounds materials.
1
Waterloo
air
Air surrounds the earth like a large envelope.
0.4629
Waterloo
air
Air sustains all living beings.
0.617693
Waterloo
air
Air takes on mass.
0.32423
Waterloo
air
Air takes up space - it consists of billions of air molecules.
0.627864
Waterloo
air
Air takes up space because it is made up of molecules.
0.698761
Waterloo
air
Air takes up space, can hold things up and make things move.
0.404209
Waterloo
air
Air takes up space, has weight, is odorless, colorless and tasteless.
0.331871
Waterloo
air
Air tends to cool as it is forced upward.
0.427976
Waterloo
air
Air tends to move air from regions of high pressure to regions of low pressure.
0.694553
Waterloo
air
Air tends to move from areas of high pressure to areas of low pressure, creating wind.
0.562387
ARC
air
Air tends to move from areas of high pressure to areas of low pressure.
0.575571
Waterloo
air
Air tends to sink to the east of the ridge axis, which inhibits clouds and precipitation.
0.367125
Waterloo
air
Air tends to sink, or subside, under high pressure.
0.402239
Waterloo
air
Air tends to travel through the shortest path in stored rice.
0.297661
Waterloo
air
Air then flows into the lungs from the higher pressure environment outside the body.
0.364609
Waterloo
air
Air then invades the blood stream, resulting in immediate death.
0.281226
Waterloo
air
Air too flows from one place to another.
0.265092
TupleKB
air
Air transfers heat.
1
Waterloo
air
Air trapped between fibers provides great warmth in winter.
0.40261
Waterloo
air
Air trapped in feathers or air in the swim bladder of a fish also help in floating.
0.544903
Waterloo
air
Air traveling at a higher velocity creates a lower pressure than air traveling at lower velocity.
0.30788
ARC
air
Air travels back down the tracheae, carrying away gaseous waste to the outside of the insect's body.
0.316303
ARC
air
Air travels from areas of higher pressure to places where there is less pressure.
0.563955
Waterloo
air
Air travels from the high pressure area to the low pressure area.
0.25642