Simplify the expression so that only positive exponents remain. Assume that all variables are nonzero. −(4xy2)−2 (5x−2y−3)2

Q: Simplify completely and express in terms of positive exponents (a-2b+5/a7b-8)-4

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Q: Use radical notation to write the expression. Simplify if possible. Assume that all variables…

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Q: Simplify the expression so that the result has only positive exponents. Assume that all variables…

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Q: Use radical notation to write the expression. Simplify if possible. Assume that all variables…

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Q: simplify and express the final result using positive exponents. (4x1/2) (5x1/5)

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Q: Simplify the expressions and write answers with positive exponents only. Negative Exponents are not…

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Q: 14x³y*z' -2xy0 (i) (ii) V27 + V48 – Vī12 5Vx (iii) 1-2vx (iv) (VZ+ 3)(V2 – 5V18)

A: expressions below to the simplest form and rewrite using only positive exponents.

Q: Simplify the expression and simplify the answer completely using positive exponents for the answer.

A: Answer and explanation is given below

Q: Simplify the expression, expressing your answer in positive exponent form. x³yz5 (xyz-1)-1

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Q: Simplify. The answer should be in standard form and contains only positive exponents. 8X-3 Y . 5X5…

A: we have to find the simplify the given expression

Q: Simplify the expression, and eliminate any negative exponent(s).

A: some expressions are given we have to simplify it

Q: Simplify. Express using exponents. Zw 5w O a 7w 10w 10w

A: Simplifying the above expression.

Q: Simplify. Express your answer as a single term, without a denominator. st °u•st°u° -1,-6

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Q: Simplify so that each variable is written only once and only positive exponents are used. (2a…

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Q: Simplify the expression. Use only positive exponents. () * - 2 4

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Q: Simplify the expression so that only positive exponents remain. y-3/2. y-1

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Q: Simplify the expression. Assume that all variables are positive when they appear. 3√-40x14y10

A: Our Aim is to simplify the expression given below:-3-40x14y10 - (i)

Q: Simplify the expression, and eliminate any negative exponent(s).

A: Solve the expression: a) 3x−2y59x−3y2Cancel the common factor: 3=x−2y53x−3y2Apply exponent rule:…

Q: Simplify each expression. Express your answer so that only positive exponents occur. Assume that the…

A: Given that. the expression is (x4y8)3/4 To simplify the given expression Assume that the variables…

Q: Simplify the expression. Assume that all variables are positive when they appear. 5√x10y5

A: 5√x10y5

Q: Simplify the expression and eliminate any negative exponent(s). Assume that all letters denote…

A: An expression is a sentence with a minimum of two numbers and at least one math operation. This math…

Q: Simplify the expression. Write your final answer without negative exponents.   x2 / (x2 - 4) - (x +…

A: Solution:-  Given that

Q: -1 2x -бу -3 3 -1 -8y U Xu Use only positive exponents in your answer.

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Q: Use the properties of exponents to simplify. Your answer should only contain positive exponents.…

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Q: simplify and express the final result using positive exponents. -12x3/6x5

A:

Q: Simplify.Express answers as positive exponents.

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Q: Use radical notation to write the expression. Simplify if possible. Assume that all variables…

A: Simplify the following

Q: Simplify. Your answer should cơntain only positive exponents. 2) 3x²y* - 3y= 1) 2u°v . 3vu* - 4u

A: “Since you have posted a question with multiple sub-parts, we will solve the first three subparts…

Q: Simplify the expression, and eliminate any negative exponent(s).

A: We have to simplify the expressions: (a)  x-2y4-3(b)  y2-12x-3y4-3(c)  2a-1b-2-3b-12a22 (a)…

Q: Simplify the expressions and write answers with positive exponent's only. Negative Exponent's are…

A: Given:

Q: Simplify. Write each answer with positive exponents only. 3 (-6xy*)_ -7ay a+8 24, a"b a) c) (81xy")*…

A: according to our guidelines we can answer only three subparts, or first question and rest can be…

Q: (-y *) * Simplify the expression so that the result has only positive exponents. Assume that all…

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Q: Rationalize the numerator.

A: Given: x2+1-x  we have Rationalize the numerator.

Q: Use the Law of Exponents to rewrite and simplify the expression 5-4 а. 25-2 x5z-1 sz-1(x²z+1)* b. 4…

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Q: 18.(-2x +5y)², 19. (-4x -3y)? 20. (x* +)(x* - x2.

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

Q: Simplify. Your answer should contain only positive exponents with no fractional exponents in the…

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Q: Simplify. Write the expression using only positive exponents. 5b-2 b-3

A: The solution is given below

Q: Write the expression as a single quotient in which only positive exponents and/or radicals appear.…

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Q: Simplify the radical expression. (1 + V5x)(-V5 + x)

A: We have

Q: Simplify the following. Final answer should not have negative exponents. (x³y-2)-4 4x-2

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Q: Write the expression as a single quotient in which only positive exponents and/or radicals appear.…

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Q: Simplify. Write the answer with positive exponents. [ 4x^-2 y^2 / 12x^-4 y^-1]^3

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Q: Simplify. Write the answer with positive exponents. [4x^2 y^2/ 12x^4y^-1]^3

A: Given,

Q: Add. Write your answers in descending order of the exponents. (Standard form) 7. (3x* +5x? – 1)…

A: Addition of polynomials.

Q: Simplify the expression so that only positive exponents remain.   x1/4 x−3/4

A:

Q: Simplify. Assume that all variables represent positive real numbers. (a) V49x20 y26 7x^10y^13 .--…

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Q: simplify and express the final result using positive exponents. (a-4b3)(3ab2)

A: To simplify the given expression: (a-4b3)(3ab2) Solution: (a-4b3)(3ab2) On simplifying further we…

Q: Simplify. Write the final answer using positive exponents only. 70x−8y5 20x7y−2

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Q: Simplify. Express using exponents. a. 2k

A: Express using exponent

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.