Simplify the complex fraction: -1

Q: Simplify. Write the solution in radical notation. V75a*b° 479

A: Here I am attaching image so that you understand each and every step.

Q: Calculate the expression, giving the answer as a whole number or a fraction in lowest terms. 1- 4.…

A: Given, 1-4.(-2)2×1 By using BODMAS rule, first solve brackets then Dividends and then Muliples then…

Q: Simplify the right side of the equation so that it contains no fractions in the numerator or…

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Q: Simplify the expression by converting to rational exponents. Assume that all variables represent…

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

A: Solution: Consider the given expression is C-43C32C16=C-43+32+16=C-8+9+16=C26=C13

Q: 1 1 + 59. 1 - 2 1 1 + x +2 61. 1 1 - x + 2

A: a) Given expression: 1+1x1x-2

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

A: The nth root of a number x is written as x1n.

Q: do the mathematical operations by firstconverting the fraction to a decimal number and then…

A: 6478×7.21

Q: Multiply the numerator and denominator of the fraction by the conjugate of the denomi-nator, and…

A: cosecx+1cosecx-1

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

A: Given, u+v3u+v-2 simplify and rationalize term. now multiply and divide with u+v2…

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

A: We have to simplify the given expression    The expression is 2u-3v466

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

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

A: Consider the given expression, 1t1t-1 First, simplify terms inside the bracket as follows,…

Q: Simplify the compound fractional expression.

A: Take the LCM in numerator and denominator both and simplify.

Q: Perform the operations. (Simplify your answer completely.) -5h(6h – 5)2

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Q: Simpi T-

A: Fraction: A fraction tells how many parts of the whole are there. For example:  1/2 is the half of…

Q: sove for x and y. express your answer in radicals.

A: the given right triangle has an angle 60° and one side length 173.

Q: Simplify the compound fractional expression.

A: The given expression= 1x-1+1x+3x+1

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

A: The given expression is: -2p2q3p4q22 Since, a·b·c·1d2=a2·b2·c2·1d2

Q: 252 x* ?- |0x+2

A: Given: 3. 252 x54. x2-10x +2524 To simplify: The given radical expressions.

Q: Simplify the expression and express the answer using rational exponents. Assume that all letters…

A: Consider the expression, 2aa23

Q: Simplify the complex fraction

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Q: Multiply and simplify. Write your answer using radical notation. 3 6, 9ab° V3a°b

A: We need to compute the multiplication of  9ab34 and 3a6b. Which can be Re-Written as 9ab34 3a6b  =…

Q: Simplify the expression and express the answer using rational exponents. Assun

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Q: Simplify the expression and express the answer using rational exponents. Assume that all letters…

A: Given 1x35

Q: Simplify (8a power 3 bpower2 c power 0)

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Q: Simplify the complex fraction. ||

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Q: Multiply. (x + 11)2 (x + 11)2 =D (Simplify your answer.)

A: Given expression to simplify: x+112

Q: Simplify  1/a    b/a

A: Given: 1a andba

Q: simplify each complex fraction. (9/8xy2)/(5/4x2)

A: Given : 98xy254x2

Q: Divide 5 i/ 2-3i

A: Given : 5i / 2 - 3i   = 5i / 2 - 3i   = (5i / 2 - 3i)(2 + 3i / 2 + 3i)   = 5i(2 + 3i)/(2)2 - (3i)2…

Q: 2. [(x – 1) + 5][(x – 1) – 51]. Write the answer in the standard form

A: To write in standard form.

Q: when you simplify the fraction, do you get the same answer when you evaluate the exponent?

A: Now , we will find the solution of the problem.   Fraction = 4/5   Exponent = xn , x is any number ,…

Q: Perform the indicated operations. Simplify the result.

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Q: (Type an exact answer, using x and radicals as needed.) zX + 91 16 + x2 Evaluate -4 xp xp

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Q: Evaluate | (-9x-1/2 – 5) dæ. Enter your answer as an exact fraction if necessary. Provide your…

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Q: Simplify the expression and express the answer using rational exponents. Assume that all letters…

A: Simplify the expression and express the answer using rational exponents. Assume that all letters…

Q: Simplify the compound fractional expression. 1+ 1 X+6 1 1 X+6

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Q: Simplify the expression and express the answer using rational exponents. Assume that all letters…

A: The given expression is y56y23

Q: бx2+4x с. 2x2+2х

A: We can simplify the given expression as below.

Q: Multiply both sides by 4 3h – 10 4 = 22· 4 Simplify -3h +10 = 88

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

A: Given the expression. We need to simplify the above expression and need to rationalize the…

Q: perform the indicated operations and then simplify. -39x3y4/3xy3

A: We have to perform indicated operations to simplify the expression: -39x3y43xy3 Rewriting the…

Q: Simplify. (In the fraction assume that the denominator 12xy? – 9x²y – 3x 3,,2 3xy

A: Here we have to simplify    (12x3y2 - 9x2y - 3x)/3xy .

Q: simplify-cos01+cose 1+cose 4cof 1 cose

A: Given,

Q: Simplify the expression and express the answer using rational exponents. Assume that all letters…

A: The given expression is, 54x2y42x5y3 Using the exponential rule,  abac=ab-c And, ab·ac=ab+c

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

A: a2/3b-23-1

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

A: Rationalization:       1a+a-2=(a-a-2)(a+a-2)(a-a-2)

Q: Please simplify the following complex fraction:           x           x+8        x      +8   x+8

A: Given complex fraction is  xx+8xx+8+8 Now  xx+8xx+8+8=xx+8x+8x+64x+8=xx+8x+8·9x+641