Use Lagrange multipliers to find the indicated extrema of f subject to two constraints, assuming that x, y, and z are nonnegative. Maximize f(x, y, z) = xyz Constraints: x+y+z= 12, x-y+z= 8

Q: 2/18 – 12/32 + 3V50

A: The solution is given below in the next step:

Q: 75 - 3.5y - 4y = 4y + 6

A:

Q: 1/3+2/9

A: Given 1/3 + 2/9

Q: 2/5+4/8

A: We have to find the sum

Q: 4n – 1

A:

Q: 6 2/5 + 1 3/10

A:

Q: 1 7. 27 2.

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Q: *1.5.11 Add. - 4+(-5) = 4 + (-5) =

A: Introduction: Integers are whole numbers (that is, numbers with no fractions) that include negative…

Q: +–3m+–9m+4+5+–10m

A: The expression is given as 1+–3m+–9m+4+5+–10m. Simplifying the given expression. 1+–3m+–9m+4+5+–10m…

Q: 9/12+3/24

A:

Q: 16 2/5- 8 4/9

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Q: How many terms are there in the expansion of (4.x + 7y)0.+ (4x- 7y)10 ?

A:

Q: Factor the binomial. 147z° – 108n 8. 10

A: Here we factor the binomial147z8-108n10

Q: 20/5+5+2*8

A: Consider the given expression

Q: factors of 20 that add up to 9

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Q: ne binomial:

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Q: [ 8x³(4x² + 1)12dx

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Q: Multiply. 5/ x-4 5. 7 6 X+1

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Q: 9 5/12 - 3 2/3 =

A: Case 1: Let the given number be in mixed fraction notation.

Q: 10. 15gr, 20s

A: Given

Q: What is the 5th term in the expansion of (2x²y³ – ¹y)° O 14.25x7 y 20 15.75x10 y 19 15.05x¹0y17…

A: Given: 2x2y3-14y9=2x2y3-y49

Q: 1 3 8.

A:

Q: Find the nth term of  (– 4 3 14 29 ) and (4, 5, 8, 13)

A: Sequence

Q: Compute the indicated product.   -1 3   9 2 0   3 9 3

A:

Q: 土4 7

A:

Q: 3 3/4 + 2 7/28

A:

Q: nvert

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Q: -1-3i 나

A:

Q: 3X 812x

A: To solve the following problem