1. Trigonometric Equations

2. Solve for all the possible values of theta in terms of n, where n is an element of the integers. In addition, find 6 example solutions in radians.
Since we can’t write out all the possible solutions
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3. Solve for all the possible values of theta in terms of n, where n is an element of the integers. In addition, find 6 example solutions in radians. y x
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30°
30°
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4. Solve for all the possible values of x in terms of n, where n is an element of the integers. In addition, find 6 example solutions in radians.

5. Solve for all the possible values of x in terms of n, where n is an element of the integers. In addition, find 6 example solutions in radians.
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6. Solve for all the possible values of theta in terms of n, where n is an element of the integers. In addition, find 6 example solutions in radians.

7. Solve for all the possible values of x in terms of n, where n is an element of the integers. In addition, find 6 example solutions in radians.

8. P
Find all the solutions in terms of n, where n is an element of the integers. In addition, list 4 example solutions

11. N=2
n=3
n=0
n=1

13. n=2
n=0
n=1

14. y x

16. 1/2

19. P – 31 odd

20. 6.8 Trig Equations II

23. Cosθ or sinθ can never be greater than 1 or less than -1 , therefore we do not get any solutions from this equation

25. Use an identity to solve each equation on the interval on the interval [0, 2π)

26. Use an identity to solve each equation on the interval on the interval [0, 2π)

27. Use an identity to solve each equation on the interval on the interval [0, 2π)

28. P , 39 , 43– 47 odd, 63, 69, 71

29. P , 30,,44,48, 64, 65,70, 72