YES.The distribution of bases in sea urchin DNA and salmon DNA follow Chargaff's rules because the percentage of A bases is approximately equal to the percentage of T bases, and also the percentage of G bases is approximately equals to the percentage of C bases in both species. According to Chargaff's rule the amount of guanine should be equal to cytosine and the amount of adenine should be equal to thymine.
It is a sedimentary deposit<span> of mineral particles which are finer than sand but coarser than dust or clay,</span>deposited<span> by the wind. </span>Loess<span> is a type of silt which </span>forms<span> fertile topsoil in some parts of the world. ... The soil has few clay particles to hold it together.</span>
Answer:
The correct answer is d. differential media
Explanation:
Differential media are used to distinguish between two microorganisms that are closely related. Differential media have some special and specific ingredients or indicators and nutrients which is used to differentiate between two different strains of bacteria by physical appearance like color.
For example, blood agar is the differential media that differentiate between the micro-organism who can lyse the blood cell and who cannot lyse blood.
So differential media allow us to grow both the organism but differentiate them on the basis of physical appearance like color, therefore, the correct answer is d. differential media.
this is what i think of what the answer might be . Meteorologists<span> use </span>isobars<span> on </span>weather<span> maps to depict atmospheric pressure changes over ... the wind will blow, so closer </span>isobars<span> on a </span>weather<span> map </span>predict<span> higher velocity winds. ... </span>How do isobars<span> indicate areas of high and low pressure air? </span>
Skeletal muscle is smooth and is under voluntary movement, which means you control it. Smooth muscle tissue forms the support for your hollow organs. So the correct answer is:
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Skeletal muscle tissue controls voluntary movements, whereas smooth muscle tissue controls involuntary movements.
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