Use the negative-exponent rule to write each expression with a positive exponent. Simplify, if possible: b. (-3)-3 1 С. d. 3x y". а. 52 -2

Q: Simplify using properties of exponents. (2y1/5)4 / y3/10

A:

Q: Simplify the expression, and rationalize thedenominator when appropriate.

A: Given;                     17 Apply rule:    1=1                    =17

Q: 2. 56x34 7x4 y

A:

Q: Simplify. Assume that no denominator is equal to zero. 12 4* 2.0

A: On simplifying ,we get

Q: Simplify the expression, assuming all variables are positive. Answe with a single exponent, remove…

A:

Q: 24, , -6 la"b d) Va

A:

Q: Simplify, using i notation as needed. - V45

A: i=-1    i2 =-1

Q: (-2x)³ 10. 8x°

A: Given that, There is a fraction following, (-2x)38x0 We have to simplify this fraction.

Q: simplify each expression. Express final results without using zero or negative integers as…

A: To simplify the expression, (2x3y-4)-3

Q: Simplify the expression, and rationalize the denominator when appropriate.

A: We have ,  A=(x4y-1)63

Q: Simplify. Write each answer using positive exponents only. (4^4/y^3x)^-2

A: We distribute the exponent -2 with other exponents.

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

A: some expressions are given we have to simplify it

Q: Eliminate negative exponents, and simplify each expression. 6st (a) 2s 2 y (b) 3z3

A: The exponents of a base can be added or subtracted depending upon the operator. If the operator is…

Q: Express with fractional exponents. V252 а. 257 b. 53 V253 с. d. 257 O c

A: Answer

Q: simplify and express the final result using positive exponents. (8y2/2y-1)-1

A: Given expression: 8y22y-1-1

Q: x3. 3.

A:

Q: Simplify the expression, and rationalize thedenominator when appropriate.

A:

Q: Simplify using only positive exponents

A:

Q: simplify each expression. Express final results without using zero or negative integers as…

A: Given: ab3c-2-4

Q: Remove parenthesis and simplify.  Write without negative exponents.   A)  (-2xy-4)3

A:

Q: simplify each expression. Express final results without using zero or negative integers as…

A: Given: 4x5y-2-2.

Q: eacher:Straghn Class:Period 3 -Liberal Arts UCVDQVO. Student Delbrun, Esther Write 8-6 using…

A:

Q: Simplify and write the answer in positive exponent only. (y 3)7y 21 O y O y 42 O 1

A: Exponents: The exponent of a number shows how many times the number is multiplied by itself.  In…

Q: Simplify the expression, and rationalize thedenominator when appropriate.

A: The given expression is  9x-4y6  To simplify the given expression and rationalize the denominator…

Q: Simplify, all exponents should be positive W 4

A: The given expression is: w54w74 We need positive exponents and the power of denominator is greater…

Q: Express with positive exponents only. Then simplify, if possible. x-4/y-2

A: Here, we apply the rule of exponents x^(-m)=1/x^m on the given expression as shown on board.

Q: Simplify. Assume that all variables are positive. -81x6y4

A: We have to simplify the given expression.

Q: Simplify the expression, and rationalize thedenominator when appropriate.

A: Simplify: 81

Q: Use your Exponent Rules to Simplify x 5,4 x48 2 x² y° z 2,,3 x² y .2,3 22 2]

A:

Q: x1 2.7

A:

Q: 3. (х)

A:

Q: Express the following quotient in simplest form without the use of negative exponents. 28x'y* 7x'y°…

A: We have to divide the first expression by second expression, and then simplify, so that the final…

Q: (c)

A: Given: Put each fractional expression into standard form by rationalizing the denominator.

Q: (3ry 320) 5x 2yz Simplify completely with positive exponents:

A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

Q: Simplify Assume that no denominator is equal to zero. 3. 1.

A:

Q: Simplify the expression, and rationalize the denominator when appropriate.

A: x29y3

Q: simplify each expression. Express final results without using zero or negative integers as…

A:

Q: Change from exponent to root form (simplify): (2y)2

A:

Q: Simplify using properties of exponents. (3y1/4)3 / y1/12

A: The given expression is: 3y143y112 Now, write the numerator of the given expression as: 3y143y112=33…

Q: 2. Perform all indicated operations and write the answer with positive integer exponents. ( bc) -

A:

Q: The number can be rewritten without a radical in the denominator by multiplying the numerator and…

A: Given number is 233

Q: Simplify by combining exponents of like terms: (λL)0.75 (λK)6

A:

Q: 16 64

A: Let x=166424

Q: Simplify the expression, and rationalize thedenominator when appropriate.

A: x4y10

Q: Write the following using positive exponents only, and simplify. y5(y5s6x5)-5

A: To write the following using positive exponents only, and simplify. Recall the facts.

Q: Simplify the following expressions and write your answer using positive exponents. (3x-3y)2(2xy2)3

A: Distribute the outer exponents

Q: Express with positive exponents only. Then simplify, if possible. 1/3x-4

A:

Q: 2

A: Given the fraction =2x2

Q: Simplify the expression if y>x using positive exponent.

A: