Can the degree of a monomial ever be a negative? Explain your answer.

Answers

Answer 1
Answer: The degree of a monomial never be a negative value. Polynomials in general can never have a degree that is negative or a fraction. A monomial is defined as a single term containing any combination of constants and non-negative powers of variables.
Answer 2
Answer:

Answer:

No, the degree of monomial can never be negative.

Explanation:

Monomial: It is defined as that polynomial in which consist  of one term only.

Mono means one ,therefore, monomial is that polynomial which consist only one term

Suppose p(x)=x or P(x)=2

These are monomial because both polynomial have only one term.

We know that degree is defined as the highest power of x in the given polynomial of x.

We know that degree is always a whole number.In above example, the degree of given polynomial P(x)=x is 1 and degree of P(x)=2 is zero.

Hence, the degree of monomial can never be negative.


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Answers

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Answers

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Answers

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Which example describes a behavioral adaptation?A. A bird builds its nest in the ash near a volcano.
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Answers

Answer:

a, bird builds its nest in the ash near a volcano

Explanation:

The human body uses a number of processes to repair damage to blood vessels. After vasodilatation and prior to coagulation, a platelet plug forms: platelets adhere to exposed collagen and degranulate releasing ADP and thromboxane. These two chemicals in turn help attract more platelets to the area of damage. This is an example of: Group of answer choices negative feedback set-point regulation positive feedback endocrine control

Answers

Answer:

Option C, positive feedback

Explanation:

The process described in the question is known as Platelet plug formation. In this process, after the adherence of platelet, the collagen starts binding with the platelet’s receptor thereby by activating it. After activation, platelet releases cytokines and chemical mediators such as serotonin, coagulation factors, thromboxane A2, vascular endothelial growth factor, ADP, VWF etc. Both ADP and VWF are mainly responsible for adhering nearby platelets. This is positive feedback loop because the more and more platelets are adhered; the more and more ADP and VWF levels increase.

Option C is correct