Divide the 3 by the answer and you get the answer. the answer is 17
The required exponential function that contains the points (3,24) and (4,48) is y = 3(2)^x
<h3>Exponential functions</h3>
The standard exponential function is expresses as y = ab^x
Given the coordinate points (3,24) and (4,48), the equivalent equations are:
24 = ab^3 ......... 1
48 = ab^4
Take the ratios
48/24 = b^4/b^3
2 = b
Substitute b = 2 into equation 1
24 = a(2)^3
8a = 24
a = 3
Hence the required exponential function that contains the points (3,24) and (4,48) is y = 3(2)^x
Learn more on exponential function here: brainly.com/question/12940982
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<span>is there are repeats then the answer is 17,576,000
If there are no repeats then the answer is 11,232,000
i think this is correct im srry if it is not</span>
Given that point (-5, -6) is a point on the terminal side of <span>θ. Since both the x coordinate and the y-coordinate are negative, </span><span>θ is in the third quadrant.
The side opposite </span><span>θ is -6 and the side adjacent </span><span>θ is -5.
The hypothenus is given by
The exact value of cos</span><span>θ is given by:
</span>The exact value of csc<span>θ is given by:
</span>
The exact value of tan<span>θ is given by:
</span>