Answer:
Carbon dioxide is added to the atmosphere by human activities. When hydrocarbon fuels ( wood, coal, natural gas, gasoline, and oil) are burned, carbon dioxide is released. During combustion or burning, carbon from fossil fuels combine with oxygen in the air to form carbon dioxide and water vapor.
These natural hydrocarbon fuels come from once-living organisms and are made from carbon and hydrogen, which release carbon dioxide and water when they burn.
Explanation:
So the answer is Fossil Fuels.
Answer:
1. 0% will be homozygous dominant, 100% will be hetrozygous, 0 % will be homozygous recessive
2. 25% will be homozygous dominant, 50% will be hetrozygous, 25 % will be homozygous recessive
Explanation:
1. see the attachment for Punnet square
BB: homozygous(black) rabbit
bb: homzygous ( white) rabbit
2. see the attachment for Punnet square
Bb: hetrozygous(brown) rabbit
All galaxies have a dense core of stars. Spiral galaxies, however, have arms that are often visible. There are two kinds of spiral galaxies: barred, where there appears to be a line running from arm to arm through the core, and <span>ordinary, where there is no bar. @Badbunnyhunny</span>
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Answer:</h2>
Statement A gives the correct conversion mechanism of water vapor into cloud.
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Explanation:</h2>
Water that is at the outside of the sea, streams and lakes can progress toward becoming water vapor in the demeanor of our climate with a little included vitality from the Sun through a procedure called evaporation. Day off the ice can likewise progress toward becoming water vapor through a procedure called sublimation. Also, water vapor gets into the environment from plants by a procedure called transpiration.
As the water vapor ascends in the environment it cools, shaping modest water beads high in the sky by a procedure called condensation. Those water beads make up mists. In the event that they develop huge enough they in the end become too substantial to even think about staying noticeable all around, tumbling to the ground as a downpour, day off, different sorts of precipitation.
