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Stella [2.4K]
2 years ago
7

Need help finding the quadratic function...15 pts for your help

Mathematics
1 answer:
OleMash [197]2 years ago
3 0

The function is y = (x +2)^2 + 5.

we use the vertex form of the quadratic equation

We have given a graph,

<h3>What is the vertex form of the quadratic equation?</h3>

y = a(x - h)^2 + k.

Therefore the vertex of the given graph is

See the vertex at (-2, 5)

Since the general way to write the vertex is (h, k), we compare (h, k) to (-2, 5).

y = a(x - (-2))^2 + 5.\\y=a(x+2)^2+5......(1)

Now we have given that (-4,1) use this value in the above equation so we get,

(1)=a(-4+2)^2+5

1=a(-2)^2+5

1=4a+5

1-5=4a

-4=4a

a=-4/4

a=-1

Using the value of an in equation (1) we get,

Therefore the function is y = (x +2)^2 + 5.

To learn more about the function visit:

brainly.com/question/4025726

#SPJ1

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Tahmid has 96 figures, Sandeep has 1/3 of it so 
96(1/3) = 96/3 = 32
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How many must tahmid give so they have the same figures?
First take the difference of the two so we know how many tahmid can give. 
96-32 = 64
now they each have 32 and 64 give or keep. for each one tahmid gives, he must keep one himself so to match the number they both own. so we divide the number of 2, one part to give, the other part to keep himself.
64/2 = 32
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A deck of cards with four suits; hearts, diamonds, spades, and clubs. you pick one card, put it back and thennpick another card.
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1. First, let us find the probability that the first card is a diamond.

Now, since we are given that there are four suits and there are, assumably, an equal number of cards in each suit, we can say that the probability of choosing a diamond card is 1/4. We can also write this out as such, where D = Diamond:

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There are 52 cards in a deck, and 13 cards of each suit, thus:

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2. Now we need to calculate the probability of not choosing a diamond as the second card.

In many cases, when given a problem that requires you to find the probability of something not happening, it may be easier to set it out as such:

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This works because the total probability is always 1 (100%), and it makes sense that to find the probability of A not happening, we take the total probability and subtract the probability of A actually happening.

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Pr(D)*Pr(D') = (1/4)*(3/4)

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Thus, the probability of choosing a diamond as the first card and then not choosing a diamond as the second card is 3/16.

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