Express the following fraction in simplest form, only using positive exponents. -3 12q (3p*q_3)-4

Q: Find the missing numerator that will make the rational expressions equivalent.  2/4x+7 = ?/5(4x+7)

A: The expression 24x+7=?54x+7. We have to find the missing numerator that will make the rational…

Q: 3x 2 and x² - 25 Write in terms of the LCD of the х? +4х-5 fractions.

A:

Q: Express the following fraction in simplest form using only positive exponents. 6c? (3c³)5

A: Given, 6c2(3c3)5

Q: 2v-40a5b2

A:

Q: Rationalize the denominator. As 4 1 15.3 125xy 4 %3D 125x 153

A:

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

A:

Q: If 5x + 6 = 108, then x is equal to

A: The given equation is 5x+6=108.

Q: express each of the following as a single fraction involving positive exponents only. 3a-2 + 4b-1

A: The negative exponents can be converted to positive exponents by taking the reciprocal of the…

Q: Find the missing factor in the numerator such that the two fractions are equivalent. x + 8 2(x − 6)…

A: Here we need to simplification of the expression by cross multiplication

Q: Express the following fraction in simplest form, only using positive exponents. 2(j²)4 -2j5

A: An exponential number is a number that indicates how many times a number is to be multiplied by…

Q: write each of the following using positive rational exponents. For example, √ab = (ab)1/2 = a1/2b1/2…

A: 4√ a2b3

Q: write each of the following using positive rational exponents. For example, √ab = (ab)1/2 = a1/2b1/2…

A: The given expression is  2x-y35.

Q: Express the following fraction in simplest form, only using positive exponents. 2(?)4 -2j5

A:

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

A:

Q: write each of the following using positive rational exponents. For example, √ab = (ab)1/2 = a1/2b1/2…

A: Given,           5y

Q: Express the following fraction in simplest form, only using positive exponents. 206-87-9 (564r-5)-2

A: NOTE: Refresh your page if you can't see any equations. . use the exponent rule

Q: Express the following fraction in simplest form, only using positive exponents. 206-8r-9 (564r-5)-2

A: The fractions can be simplified by using the exponent rules. The product of the exponential number…

Q: write each of the following using positive rational exponents. For example, √ab = (ab)1/2 = a1/2b1/2…

A: Given: x2y45Formula: √ab = (ab)12= a12 b12 .

Q: For x=5, x2 +5=   Find an integer or a simplified fraction

A:

Q: Find the exact value of x. 9V2 9V2

A:

Q: Express the following fraction in simplest form, only using positive exponents. (2v-4t-1)-5 4v-lt

A:

Q: express each of the following as a single fraction involving positive exponents only. 2x-1 - 3y-2

A: Given: 2x-1-3y-2

Q: express each of the following as a single fraction involving positive exponents only. 2x-1 - 3x-2

A:

Q: Express the following fraction in simplest form, only using positive exponents. 20a-5w-8…

A: We have to express the following fraction in the simplest form using only positive coefficients -…

Q: Express the following fraction in simplest form, only using positive exponents. (3k4)5 -15k10

A:

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

A:

Q: Write two equivalent fractions for each. 4. 3. 2. 1. 1X2= 3X2 을- 1X 4 3X 4 1/2 2642

A:

Q: Use rational exponents to write as a single radical expression. 4/.4.5 Vx'y ху 3 ху Vxy 4.4,5 Vx'y 3…

A:

Q: Express the following fraction in simplest form using only positive exponents. 3(v)4 6v5

A: From the given problem:   3v546v5   As we know that:   If amn then we can write as amn.

Q: express each of the following as a single fraction involving positive exponents only. x-1 + x-5

A: To simplify: x-1+x-5. Solution: x-1+x-5 On simplifying further we get: x-1+x-5=1x+1x5…

Q: Multiply this rational expression 5x^2q^4/12xq * 6x^2/20q^2

A: Given,    5x2q412xq×6x220q2

Q: V3n² – Vn 4 5n° – V5n

A: Firstly multiply and divide by denominator term and expand and solve.

Q: Express the following fraction in simplest form, only using positive exponents. (3k)³ 2k-10

A:

Q: Simplify each rational expression completely. 7. 3. 5. 9+6 1. x²-36 9-6 8. 4. y+3 9. 2+ y-3

A: We know, (a+b) (a-b) = a2-b2

Q: Find the value of x . 125° 125 2x 2x ar

A: We have to solve

Q: write each of the following using positive rational exponents. For example, √ab = (ab)1/2 = a1/2b1/2…

A: To write in rational exponent  5ab

Q: Find the lowest common denominator of 5 3 + 7 2 x +x-6 2х+2 "5х- 10

A: “Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: Rewrite using only positive rational exponents. 2 2x 5yz

A: To rewrite using only positive exponents.

Q: Express the following fraction in simplest form using only positive exponents. 12n3 3(n4)2

A: Please see answer step 2

Q: Simplify the fractional expression. (Expression like these arise in calculus.)

A: 1+x3-14x32

Q: Зс10 (4c)²

A:

Q: 2V256a b*c* 3

A: We're going to solve

Q: Select your answer Divide x + 8x + 15 by x + 3 O x+3 X-3 X+5 X-5 x+12

A:

Q: Express the following fraction in simplest form using only positive exponents. (3k4)5 2k10

A:

Q: Express the following fraction in simplest form, only using positive exponents. (5w4h5)-4 4w?

A:

Q: express as a single fraction involving positive exponents only. (2x)-1 + 3y-2

A: Given expression,  (2x)-1 + 3y-2 To express in single fraction involving positive exponents only.

Q: express each of the following as a single fraction involving positive exponents only. a-1 + a-1b-3

A: Identities to be used - x-1 = 1xxm×xn = xm+n

Q: Express the following fraction in simplest form, only using positive exponents. 20y²h-1 (5y h2)2

A: We have to simplify the following expression into simplest form using only positive exponents.…

Q: write each of the following using positive rational exponents. For example, √ab = (ab)1/2 = a1/2b1/2…

A: To write each of the following using positive rational exponents. ab56

Percentage

A percentage is a number indicated as a fraction of 100. It is a dimensionless number often expressed using the symbol %.

Algebraic Expressions

In mathematics, an algebraic expression consists of constant(s), variable(s), and mathematical operators. It is made up of terms.

Numbers

Numbers are some measures used for counting. They can be compared one with another to know its position in the number line and determine which one is greater or lesser than the other.

Subtraction

Before we begin to understand the subtraction of algebraic expressions, we need to list out a few things that form the basis of algebra.

Addition

Before we begin to understand the addition of algebraic expressions, we need to list out a few things that form the basis of algebra.