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Consider the motion of the balloon and its air contents in terms of momentum. In order to keep the total momentum of the system zero, the balloon itself (which has mass) had to accelerate in the opposite direction. Use this scenario to help explain why the soda can rotates when the water squirts out of the escape holes. Give at least one more example of Newton's third law in everyday life to show how it applies to your life.
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I believe it's CO2 tell me if I'm wrong
During anaphase 1 chromosomes in the homologous pair moves to the opposite poles.
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The chromosomes that are having their pairs with similar length, position of centromere and staining pattern refers to the homologous chromosomes. These chromosomes have genes with the corresponding loci. One of these chromosomes will be inherited from the father and the other will be inherited from the mother.
The chromosomes in the pair gets attached to the fibers from the opposite poles. The chromatids that are sister will get attached to the fiber from the same poles. The centromere will not get divided during the anaphase 1 and thus the homologous chromosomes will move to the opposite poles. This causes the homologous chromosomes to get separated.
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B. So that the laws reduce pollution by a significant amount
If you're going to ban something from happening so that you reduce pollution, you would want to consult with a specialist in that area, so you would go to a scientist, who would be able to tell you what to do to lower the pollution by a significant amount by not only telling them what to make stop happening, but what to add or remove in the water.
Hope this helps!
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