# Polynomial math problems and answers

Recent questions in Polynomial arithmetic
Polynomial arithmetic

### A sequence is shown below. 28,56,112,224. Which statement is true? A) Thesequence is arithmetic because the difference between the numbers is constant. B) The sequence is arithmetic because the numbers are being multiplied by 2. C) The sequence is geometric because the numbers are beign multiplied by 2. D) The sequence is geometric because the difference between the numbers is constant.

Polynomial arithmetic

### The solution to fill the blank in the statement so that the resulting statement is true. The statement in which we have to fill the blank is "The degree of the monomial $$\displaystyle-{18}{x}^{{{4}}}{y}^{{{2}}}$$ is ___________________"

Polynomial arithmetic

### Find the 52nd term of the arithmetic sequence -24,-7, 10

Polynomial arithmetic

### To calculate: The product of $$\displaystyle{\left[{x}-{\left({3}-\sqrt{{{5}}}\right)}\right]}{\left[{x}-{\left({3}+\sqrt{{{5}}}\right)}\right]}$$

Polynomial arithmetic

### The polynomial $$\displaystyle{y}=-{0.79}{x}^{{4}}+{3}{x}^{{3}}+{27.3}$$ shows the billions of flu virus particles in a person's body x days after being infected. Caltulate the number of virus particles, in billions, after 1 day.

Polynomial arithmetic

### The ____ says: the polynomials are closed under addition or subtraction because of the fact that the result of these operations is another polynomial.

Polynomial arithmetic

### Determine the number of terms there are in the finite arithmetic sequence. $$\displaystyle{3},-{2},-{7},\cdots,-{87}$$

Polynomial arithmetic

### If $$\displaystyle{2}+\sqrt{{{3}}}$$ is a polynomial root, name another root of the polynomial, and explain how you know it must also be a root.

Polynomial arithmetic

### Find the 98th term of the arithmetic sequence $$\displaystyle-{10},-{8},-{6},\cdots$$

Polynomial arithmetic

### Find the 55th term of the arithmetic sequence 2, -18, -38,

Polynomial arithmetic

### Write the polynomial in standard form. Then classify the polynomial by degree and by a number of terms. $$\displaystyle{2}{x}^{{{5}}}+{8}{x}^{{{5}}}-{x}^{{{5}}}$$ Write the polynomial in standard form (simplify your answer)

Polynomial arithmetic

### Find the 97th term of the arithmetic sequence 17, 26, 35,

Polynomial arithmetic

### To find: The sum of the given arithmetic sequence. Given: the sequence $$\displaystyle\sum{n}={190}{\left({3}-{2}{n}\right)}$$

Polynomial arithmetic

### To calculate: The product of $$\displaystyle{\left[{x}-{\left({3}-{i}\right)}\right]}{\left[{x}-{\left({3}+{i}\right)}\right]}$$

Polynomial arithmetic

### Write an equation for the nth term of the arithmetic sequence.

Polynomial arithmetic

### Arithmetic Sequence? Find the first five terms of the sequence, and determine whether it is arithmetic. If it is arithmetic, find the common difference, and express the nth term of the sequence in the standard form $$\displaystyle{a}_{{{n}}}={a}+{\left({n}-{1}\right)}{d}$$ $$\displaystyle{a}_{{{n}}}={4}+{2}^{{{n}}}$$

Polynomial arithmetic

### Find the number of terms in the arithmetic sequence with the given conditions. $$\displaystyle{a}_{{{1}}}=-{\frac{{{29}}}{{{6}}}},{d}=-{\frac{{{1}}}{{{3}}}},{S}=-{36}$$

Polynomial arithmetic

### Find all rational zeros of the polynomial, and write the polynomial in factored form. $$\displaystyle{P}{\left({x}\right)}={4}{x}^{{{4}}}-{37}{x}^{{{2}}}+{9}$$

Polynomial arithmetic