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Lena [83]
3 years ago
10

(y=179x (y=105x+2046 Solve using elimination method and graph plss Helpppp

Mathematics
1 answer:
elixir [45]3 years ago
6 0

Answer:

x= \frac{2046}{74}\\\\y = \frac{366234}{74}

Step-by-step explanation:

y = 179x\ ----- ( 1 ) \\\\y= 105x + 2046 \ ----- (2)\\\\

(1) => y - 179x = 0 \ ----- ( 3)\\\\(2) => y - 105x = 2046 \ ------ ( 4)

( 3 ) - ( 4) =>\\\\(-179x +105x ) = 0 - 2046\\\\-74x = -2046\\\\x = \frac{2046}{74}

Substitute \ x \ in ( 1 )\\\\y = 179x \\\\y = 179 \times \frac{2046}{74} = \frac{366234}{74}

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See attachment for the graph of the hyperbola 12x^2 - 3y^2 - 108 = 0

<h3>How to graph the hyperbola?</h3>

The equation of the hyperbola is given as:

12x^2 - 3y^2 - 108 = 0

Start by calculating the transverse axis

So, we have:

<u>Transverse axis</u>

The vertices of the given hyperbola are (0, 0)

This means that

(h, k) = 0

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The transverse axis is calculated as:

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Evaluate the quotient

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<u>The vertices</u>

In the above section, we have:

The vertices of the given hyperbola are (0, 0)

This means that

(h, k) = 0

<u>The co-vertices</u>

In the above section, we have:

The vertices of the given hyperbola are (0, 0)

This means that

(h, k) = 0

And

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The co-vertices are

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(0 - 3, 0) and (0 + 3, 0)

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See attachment for the graph of the hyperbola

Read more about hyperbola at:

brainly.com/question/26250569

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