Президентский ФМЛ №239

$\DeclareMathOperator{\tg}{tg}$ $\DeclareMathOperator{\ctg}{ctg}$

1. $\sin{(\pi-x)}$
2. $\sin{(\pi+x)}$
3. $\sin{\left(\dfrac{\pi}{2}-x\right)}$
4. $\sin{\left(\dfrac{\pi}{2}+x\right)}$
5. $\sin{\left(\dfrac{3\pi}{2}-x\right)}$
6. $\sin{\left(\dfrac{3\pi}{2}+x\right)}$
7. $\sin{(-x)}$
8. $\cos{(\pi-x)}$
9. $\cos{(\pi+x)}$
10. $\cos{\left(\dfrac{\pi}{2}-x\right)}$
11. $\cos{\left(\dfrac{\pi}{2}+x\right)}$
12. $\cos{\left(\dfrac{3\pi}{2}-x\right)}$
13. $\cos{\left(\dfrac{3\pi}{2}+x\right)}$
14. $\cos{(-x)}$
15. $\tg{(\pi-x)}$
16. $\tg{(\pi+x)}$
17. $\tg{\left(\dfrac{\pi}{2}-x\right)}$
18. $\tg{\left(\dfrac{\pi}{2}+x\right)}$
19. $\tg{\left(\dfrac{3\pi}{2}-x\right)}$
20. $\tg{\left(\dfrac{3\pi}{2}+x\right)}$
21. $\tg{(-x)}$
22. $\ctg{(\pi-x)}$
23. $\ctg{(\pi+x)}$
24. $\ctg{\left(\dfrac{\pi}{2}-x\right)}$
25. $\ctg{\left(\dfrac{\pi}{2}+x\right)}$
26. $\ctg{\left(\dfrac{3\pi}{2}-x\right)}$
27. $\ctg{\left(\dfrac{3\pi}{2}+x\right)}$
28. $\ctg{(-x)}$
29. $\sin{(x-\pi)}$
30. $\sin{(3\pi+x)}$
31. $\sin{\left(x-\dfrac{\pi}{2}\right)}$
32. $\sin{\left(\dfrac{5\pi}{2}+x\right)}$
33. $\sin{\left(\dfrac{3\pi}{2}-x\right)}$
34. $\sin{\left(-\dfrac{3\pi}{2}-x\right)}$
35. $\sin{(-x-\pi)}$
36. $\cos{(x-\pi)}$
37. $\cos{(5\pi+x)}$
38. $\cos{\left(x-\dfrac{\pi}{2}\right)}$
39. $\cos{\left(\dfrac{7\pi}{2}+x\right)}$
40. $\cos{\left(x-\dfrac{3\pi}{2}\right)}$
41. $\cos{\left(-\dfrac{7\pi}{2}-x\right)}$
42. $\cos{(-x-\pi)}$
43. $\tg{(x-\pi)}$
44. $\tg{(15\pi+x)}$
45. $\tg{\left(x-\dfrac{\pi}{2}\right)}$
46. $\tg{\left(\dfrac{7\pi}{2}+x\right)}$
47. $\tg{\left(x-\dfrac{3\pi}{2}\right)}$
48. $\tg{\left(-\dfrac{9\pi}{2}-x\right)}$
49. $\tg{(-\pi-x)}$
50. $\ctg{(x-\pi)}$
51. $\ctg{(7\pi+x)}$
52. $\ctg{\left(x-\dfrac{\pi}{2}\right)}$
53. $\ctg{\left(\dfrac{9\pi}{2}+x\right)}$
54. $\ctg{\left(x-\dfrac{3\pi}{2}\right)}$
55. $\ctg{\left(-\dfrac{11\pi}{2}-x\right)}$
56. $\ctg{(-x-5\pi)}$