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1+sin ((17 pi)/(2))

1+sin17π2 1+\sin \frac{17 \pi}{2}

Full solution

Q. 1+sin17π2 1+\sin \frac{17 \pi}{2}
  1. Simplify Angle: First, let's simplify sin(17π2)\sin\left(\frac{17\pi}{2}\right) by finding its equivalent angle in the fundamental period of sine, which is between π2-\frac{\pi}{2} and π2\frac{\pi}{2}.
  2. Subtract Multiples of 2π2\pi: Since the sine function has a period of 2π2\pi, we can subtract multiples of 2π2\pi from (17π)/2(17\pi)/2 until we get an angle within the fundamental period.
  3. Calculate Equivalent Angle: (17π2)8π=(17π16π2)=π2(\frac{17\pi}{2}) - 8\pi = (\frac{17\pi - 16\pi}{2}) = \frac{\pi}{2}.
  4. Find Sine Value: Now, we know that sin(π2)=1\sin(\frac{\pi}{2}) = 1.
  5. Final Answer: So, sin(17π2)\sin\left(\frac{17\pi}{2}\right) is the same as sin(π2)\sin\left(\frac{\pi}{2}\right), which equals 11.
  6. Final Answer: So, sin(17π2)\sin\left(\frac{17\pi}{2}\right) is the same as sin(π2)\sin\left(\frac{\pi}{2}\right), which equals 11. Finally, we add this to 11 to get the final answer: 1+1=21 + 1 = 2.

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