Differentiating implicity gives
g'(x) + xcos(g(x))(g'(x)) + sin(g(x)) = 2x
g'(x)[1 + xcos(g(x))] = 2x - sin(g(x))
g'(x) = [2x - sin(g(x))] / [1 + xcos(g(x))]
<span>g'(0) = -sin(g(0))
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Answer:
All you do is find each triangle
Step-by-step explanation:
- if I am correct it is 70 ×
![110 \div 2](https://tex.z-dn.net/?f=110%20%5Cdiv%202)
- do this 2 times and find y
Answer:
60
Step-by-step explanation:
12=2⋅2⋅3
15=3⋅5
We see that they both share 3 is their LCM.
We divide each number by their LCM.
123⇒4
153⇒5
We multiply these two quotients and the LCM to get our final answer:
3⋅4⋅5=60
That is our answer!
Hope this helped! :)
Answer:
1:14
2:16
3:18
4:20
Step-by-step explanation:
To find the answer, take 52 x 0.75 which should be 39