I know an element, an element is a part or aspect of something abstract
Answer:
An autotroph is an organism that can produce its own food using light, water, carbon dioxide, or other chemicals. Because autotrophs produce their own food, they are sometimes called producers. Plants are the most familiar type of autotroph, but there are many different kinds of autotrophic organisms.
Answer:
Alpha linolenic acid,oleic acid and elaidic acid are unsaturated fatty acid whereas palmitic acid is a saturated fatty acid.
Explanation:
Alpha lonolenic acid polyunsaturated fatty acids
Elaidic acid trans monounsaturated fatty acid
oleic acid monounsaturated fatty acid
Palmitic acid saturated fatty acid
Trans fat helps to clog the artery of heart basically coronary artery which carries oxygenated blood to the heart.
Trans fat increases the level of LDL or bad cholesterol which helps in the transport of cholesterol from liver to peripheral tissue such as heart. After reaching the heart the cholesterol accumulates in the walls of heart thus thickening, hardening and narrowing of artery thus disturbing the normal functioning og heart.
The answer is 0 percent.
If we represent dominant trait (wrinkled seeds) with A and recessive trait (non-wrinkled seeds) with a, then genotypes are AA (dominant homozygous), Aa (heterozygous), and aa (recessive homozygous). The phenotype of wrinkled seed is determined by genotypes either Aa or AA. Since the cross of a plant with wrinkled seed with a plant with non-wrinkled sees gives only wrinkled-seeded offspring, the plant with wrinkled seeds must be dominant heterozygous.
Let's look at both examples.
If wrinked-seeded parent contains one non-wrinkled allele, it must be heterozygous (Aa):
Parents: Aa x aa
Offspring: Aa Aa aa aa
So, the 50% of offspring has wrinkled seeds and 50% has <span>non-wrinkled seeds.
If </span><span>the wrinkled-seeded parent does not contain any non-wrinkled allele:
</span>Parents: AA x aa
Offspring: Aa<span> Aa Aa Aa
</span><span>
Thus, al</span><span>l of the offspring are heterozygous and all of them have wrinkled seeds.</span>
The neck length greatly change among the traits after 25 generations in an environment with only tall thornpalms.
<h3>Effect on distribution of traits due to change in environment</h3>
The distribution of traits for neck length greatly change in this ostrilope population after 25 generations in an environment with only tall thornpalms because the traits having short neck length extinct from that environment due to unavailability of food for them.
In this environment only long neck traits can survive and live due to the presence of food source at high position so we can conclude that the neck length greatly change among the traits after 25 generations in an environment with only tall thornpalms.
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