Answer:

Step-by-step explanation:
We can use the geometric mean theorem:
The altitude on the hypotenuse is the geometric mean of the two segments it creates.
In your triangle, the two segments are MP and PO.
MP + PO = MO
MP + 3 = 15
MP = 12
Then,

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<u><em>Answer:</em></u>sin (C)
<u><em>Explanation:</em></u><u>In a right-angled triangle, special trig functions can be applied. These functions are as follows:</u>
sin (theta) = </span>

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cos (theta) = </span>

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tan (theta) = </span>

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<u>Now, let's check the triangle we have:</u>
<u>We have two options:</u>
<u>First option:</u>5 is the hypotenuse of the triangle
4 is the side adjacent to angle B
Therefore, we can apply the <u>cos function</u>:
cos (B) = </span>

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<u>Second option:</u>5 is the hypotenuse of the triangle
4 is the side opposite to angle C
Therefore, we can apply the <u>sin function</u>:
sin (C) = </span>

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Among the two options, the second one is the one found in the choices. Therefore, it will be the correct one.
Hope this helps :)
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$170.28 is deposited into Bo's 403(b) each payday.
First, divide 45408 by 24 because he is paid twice a month to find his paycheck. It is 1892.
Now, he has 6% deducted, so that is 113.52 (0.06 x 1892).
The company only matches 3%, half of 6%, of his deduction.
113.52 / 2 = 56.76.
His total contribution will be:
56.76 + 113.52 = 170.28
Answer:
Step-by-step explanation:
I'm not sure if the warm up speed is less than the cool down speed. If it is different than how I did it you just need to swap their positions on the y axis, so the "lumps" or whatever you want to call the shapes will be in opposite positions. The middle one will stay the same because it is the fastest and in between the two happening. Also let me know if you can't read any of the labels
Answer:
13.9mm
Step-by-step explanation:
short story, pythagorean theorem a²+b²=c²
a=13.5
b=3.2
c=?
13.5² = 182.25
3.2² = 10.24
c² = 192.49
c = 13.8740765458
round to 1 decimal place c = 13.9