## Test your basic knowledge |

# SAT Math Level 2 Subject Test

**Instructions:**

- Answer 50 questions in 15 minutes.
- If you are not ready to take this test, you can study here.
- Match each statement with the correct term.
- Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.

This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.

**1. (fg)(x)**

**2. sec(pi/2-x)**

**3. sum of odd functions**

**4. odd function**

**5. x^0**

**6. x^a * y^a**

**7. is r a zero of a polynomial?**

**8. hyperbola with x orientation - asymptote**

**9. for quad - a>0**

**10. axis of symmetry of parabola**

**11. (f+g)(x)**

**12. general form of trigonometric function**

**13. cot(90-x)**

**14. hyperbola distance to focus**

**15. range**

**16. log(baseb)(p*g)**

**17. slope of linear with general equation**

**18. What is another zero of an equation with zero 3+2i**

**19. What are the rational zeros of p(x)?**

**20. vertex of parabola**

**21. cos(90-x)**

**22. f^-1**

**23. Sec^2x**

**24. What is the remainer of P(x) divided by (x-r)?**

**25. x^a * x^b**

**26. translate 4 units to right**

**27. 2.) Cos2x**

**28. general form of trig - b is**

**29. inverse has to be a function?**

**30. 1+cotx^2**

**31. Sin2x**

**32. ellipse distance to focus**

**33. periods of sin - cos tan**

**34. ellipse x orientation**

**35. number of positive real zeros of polynomial p(x)**

**36. function**

**37. area of tri**

**38. hyperbola with x orientation - opens to sides**

**39. general equation of linear functions**

**40. x-coordinate of vertex of parabola**

**41. log(baseb)b**

**42. domain**

**43. sinx^2+cosx^2**

**44. conics p**

**45. ellipse major/minor axis**

**46. x^(-a)**

**47. (fog)(x)**

**48. general form of quadratic**

**49. 30-60-90 triangle**

**50. y intercept with general equation**