Write each fraction in terms of the LCM of the denominators.   2x − 5 5x(x − 2) , 9x 2x − 5 5x(x − 2)  =        9x  =

Q: Determine the quotient Q(x) and remainder R(x): (4x* +9x' +8x–10)÷(x+2)

A: Given

Q: Express the following fraction in simplest form, only using positive exponents. 56-10v-10 (3bv-1)-4

A:

Q: Find B-A+ C and simplify, if possible. Give exact answers in fraction form, if necessary. Select…

A: Given  A=5−171332,B=−966.511218,C=1233−1426

Q: Use long division to divide. Express any numbers as integers or simplified fractions. (6+2,+ 19x-…

A: Divide by long division method .(x5+2x4+19x2-14x+45)/(x2+5)

Q: A goat is tied to a corner of a 5m x 7m shed with an 8m rope, find the ground area that the goat can…

A: There is no relationship between area that a goat can gaze and area of shed.

Q: xpress the following fraction in simplest form, only using positive xponents. 15d 9t4 (5d-3t)-2

A:

Q: Simplify the ratio of factorials (3n + 1)! / (3n)!

A: The given expression is:

Q: Divide. If there is a remainder, express it in the form x + 3 (2 – 5a? – 27x – 9) ÷ (x + 3) ·

A:

Q: Express the following fraction in simplest form, only using positive exponents. -12h-4 (4h-5)4

A:

Q: simplify each rational expression. 18a2/45ab

A: Given: 18a245ab

Q: Perform the multiplication or division and simplify.

A: Given: x2+7x+12x2+3x+2·x2+5x+6x2+6x+9Descriptions:Eliminate the common factors both in the numerator…

Q: x² + 4x + 3

A:

Q: Use long division to find the quotient Q(x) and the remainder R(x) when P(x) is divided by d(x) and…

A: find long division below

Q: 3. State the remainder when (7x5 + 3x4 - 6x² + 5) is divided by (x+1).

A:

Q: Simplify. (In the fraction assume that the 4x + 6y 2xy

A:

Q: Use long division to divide. Express any numbers as integers or simplified fractions. (+3x*+…

A: use long division for finding the answer.

Q: The sum + x x+7 can be written as the product of - and what other fraction? x+7 (3) x-3 x+4 (2) *+7…

A: Given: 4x+3x+7

Q: x³ + 6x? + x+2 How many linear and repeated factors are in the denominator of x³ +1

A:

Q: r(x) , where d(x) is the denominator of the original fraction, q(x) d(x)' Use synthetic division to…

A:

Q: Write the fraction shown below in simplest form. (2x3-2х-12) (3х2 -3х-6) (x? – 2x – 3) (x² -x-2) OA.…

A:

Q: Divide (6x3 + 17x2 + 27x + 20) ÷ (3x + 4) using long division. State the quotient,q(x), and the…

A: Given:fx=6x3+17x2+27x+20Remainder Theorem:fx=x-a Qx+rx6x3+17x2+27x+20=3x+4 Qx +rx

Q: Use synthetic division to rewrite the following fraction in the form q(x) + where d(x) is the…

A:

Q: The fractions in the numerator can be combined by using a common denominator. We get V ) - (9a)( (x…

A: Given expression is 9xx+10-9aa+10. Simplifying the above expression.…

Q: Rewrite with rational exponents: (V13xy). а. b.

A: Given: a. 753b. 13xy49 To Find: To rewrite with rational exponents to the given expressions.

Q: which fraction is expressed in simplest form?  1. x-1/x2-2x+1 2. x-1/x2-1 3. x-1/x2+1 4.…

A: The right answer is x-1/x2+1 Because it already present in simplest form so we can't convert it into…

Q: The algebraic fraction is such that x +11 x2 + 13x + 40 ( +a) (x+b) Enter a: Enter b: Enter A: Enter…

A: The middle term splitting of quadratic equation and simple cross multiplication is used

Q: he algebraic fraction is such that 10z- 50 A B 2-11r +24 (x+a) (z+b) Enter a Enter b Enter A Enter B

A:

Q: Express each of these fractions as the sum of two or more fractions with simpler denominators.…

A: Given  Y = (2X³-X²+13X-5)/(X²+5)². We can apply simple arithematic operation to break above function

Q: Express the following fraction in simplest form, only using positive exponents. 3q? -2(p³q¬5)-1

A:

Q: Write each fraction in terms of the LCM of the denominators. x + 2 x - 6' x + 7' 42 – x – x2 5x 4 5x…

A:

Q: r(x) where d(x) is the denominator of the original fraction, q(x) is the quotient, and r(x) is the…

A:

Q: Perform each division. If there is a remainder, leave the answer in quotient + remainder/divisor…

A:

Q: Write the fraction shown below in simplest form. (2x²– 2x –12)(3x²–- 3x-6) (x² – 2x– 3) (x² –x-2) OA…

A: To write: The fraction 2x2-2x-123x2-3x-6x2-2x-3x2-x-2 shown below in simplest form: Calculation: The…

Q: Write the fraction shown below in simplest form. (2x²– 2x–12)(3x² – 3x-6) (x² – 2x – 3) (x² –x-2)

A:

Q: What is the remainder when 3x* +3x - 5x - 5x +7 is divided by x+ 2i ? а. 12+3i c. 34 + 12i b. 8-25i…

A:

Q: r(x) where d(x) is the denominator of the original fraction, q(x) is the quotient, and r(x) is the…

A:

Q: Write each fraction in terms of the LCM of the denominators. 5x/x^2-49= x-1/7x-49=

A: Given fractions are,

Q: Divide using long division. State the quotient, q(x), and the remainder, r(x). 5x 14x* + 14x+ 2x2+1…

A: The given expression is,

Q: Write each fraction in terms of the LCM of the denominators. 3x -2x 2x2 - x - 10 2x² – 21x + 40

A:

Q: The algebraic fraction is such that -8x + 9 A B x² + x + (x + a) (x + b) 42 Enter a: Enter b: Enter…

A:

Q: When dividing x^3+2x+4 by 3x+2 in Z5[x], the remainder is * O 5 O 4 O 2 O None of the choices

A: Just use long division and keep in mind that we are doing operations modulo 5.

Q: 5. Write each mixed radical as an entire radical. a) 5/2A b) 6/2 U c) 7/2 d) 8/2 e) 5,/3 f) 6/3 g)…

A:

Q: What is the remainder when 3x* +3x³ – 5x –5x+7 is divided by x+ 2i ? c. 34 + 12i d. 75 + 22i a.…

A: Disclaimer: Since you have asked multiple questions, we will solve the first question for you. If…

Q: r(x) where d(x) is the denominator of the original fraction, q(x) d(x)' Use synthetic division to…

A:

Q: se partial fractions and find the value of ∫4,0 6x^2+35x+52/x^3+16x^2+x+ 16dx The denominator can…

A: Consider the provided integral, ∫04 6x2+35x+52x3+16x2+x+16dx Find the value of the provided integral…

Q: Find the value of x for which (8x+4) , (6x-2) and (2x+7) are in AP

A:

Q: Divide (2x5 - 8x4 + 2x3 + x2)/(2x3 + 1)using long division. State the quotient,q(x), and the…

A: 2x3+1x22x5-8x4+2x3+x2                   2x5+x2                                       -8x4+2x3+0

Q: Factor each polynomial over the set of rational number coefficients. 49 x^{2}-\frac{1}{25}

A: