Well it depend what science are u talking about.
Physic would require algebra and something about graph (Reading graph)
Biology would require graphing and simple add and subtracting
Chemistry would require graph and know how each atom react to each other. <span />
the answer is A. because it is right
The particular information that supports the idea that gene swapping will shape biotechnology's future is that it will shield plants from severe environmental factors like pests and drought. The productivity of food production can also be increased by gene flipping.
<h3>How may a rise in soil conservation measures be caused by the application of biotechnology?</h3>
With the use of biotechnology, farmers may use ecologically friendly farming techniques to raise more food on smaller plots of land. Through biotechnology, crops are naturally resistant to some insect pests and illnesses, seeds produce more per acre, and agricultural practises enhance soil conservation.
Pests and weather can have a negative impact on crop output, but genetic engineering can assist. Scientific developments have enhanced communication and transportation. Medical technological advancements have had little effect.
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Independent assortment states that all alleles are inherited independently of other alleles. This helps diversity because it helps to further the randomization of traits. If traits were always inherited together, as a "package deal", there would naturally be less diversity than the situation that exists. For example, one may never see a person with blue eyes and brown hair if the alleles for the two traits, hair and eye color, were inherited together. However, it is worth noting that there is "genetic linkage", meaning full or partial violation of independent assortment among certain trait groups.
There are 46 chromosome in a normal human diploid cell, 23 inherited from the mother's egg and 23 inherited from the father's sperm.
