Here you will find practice problems aligned with the Cambridge IB SL Chapter 3 textbook. Visit this page directly at hunkim.com/cambridge3
- Using a graphing calculator, find the point(s) of intersection between f(x)=\ln x^2 and g(x)=6.
- Using a graphing calculator, find the minimum value of y=-x^2e^{-x} for x\in[0,4].
- Solve
- 2(x+3)^3=0
- (\ln x-1)(3x+1)e^x=0
- x^4-6=x^2
- f(x)=\frac{x^3-100x}{x^2-4}
- Find the zeros.
- Equations of the vertical asymptotes?
- y=xe^{-x}-3. Does this graph have a horizontal asymptote? If so, what is the line equation?
- Sketch y=\log |x+3|. Label the x-intercepts.
- Simplify e^{3\ln x+\ln5}.
- Solve:
- e^x \ln x=5e^x
- x\ln x+4\ln x=0
- \ln x^2=2
- 15^x-25\times 3^x=0
- Sketch y=e^{-x}+3.
- How many solutions? e^x=9-x^2