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rusak2 [61]
3 years ago
8

Absolutely no links

Mathematics
1 answer:
notsponge [240]3 years ago
6 0

Answer:

B

Step-by-step explanation:

Break down each part so that it is easier to take out of the radical.

√27*x^9*y^3*z^6

√27 = √9*3 = 3√3

√x^9 = √x^8 *x = x^4√x

√y^3 = √y^2*y = y√y

√z^6 = z^3

Combine it all together to get b as the answer

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A rectangular storage container with an open top is to have a volume of 10 m3. The length of this base is twice the width. Mater
noname [10]

Answer:

$ 327.08

Step-by-step explanation:

Let w be the width ( in meters ) of the container,

⇒ Length of the container = 2w,

If h be the height of the container,

So, the volume of the container = length × width × height

= 2w × w × h

= 2w² h

According to the question,

2w^2h=10

\implies h=\frac{10}{2w^2}=\frac{5}{w^2}

Now, the area of the base = length × width

=2w^2

Area of sides = 2 × length × height + 2 × width × height

=2\times 2w\times h+2\times w\times h

=4w\times \frac{5}{w^2}+2w\times \frac{5}{w^2}

=\frac{20}{w}+\frac{10}{w}

=\frac{30}{w}

Since, material for the base costs $20 per square meter and material for the sides costs $12 per square meter,

Hence, total cost,

C(w) = 2w^2\times 20 +\frac{30}{w}\times 12

C(w)=40w^2+\frac{360}{w}

Differentiating with respect to w,

C'(w) = 80w - \frac{360}{w^2}

Again differentiating with respect to w,

C''(w) = 80 +\frac{720}{w^3}

For maxima or minima,

C'(w) = 0

80w - \frac{360}{w^2}=0

80w^3-360=0

80w^3=360

\implies w=\sqrt[3]{\frac{360}{80}}=1.65096362445\approx 1.651

For w = 1.651, C''(w) = positive,

Thus, cost is minimum for width 1.651 meters,

And, the minimum cost = C(1.651) = 40(1.651)^2+\frac{360}{1.651}=\$327.081706869\approx \$ 327.08

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4 years ago
Which of the following is a solution of x2 − 8x = –27?
Sergeu [11.5K]
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Step-by-step explanation:

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the smaller rectangle is a 1/4 scale drawing of the original figure. Use the drop-down menus to show the missing dimensions of t
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Answer:the answer is 363

Step-by-step explanation:

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