![SOLVED: Use your calculator to graph the following functions. f(x)=tan(x+pi) f(x)=tan(x) a. What do you notice about the graphs of these two functions? b. Observe the period for f(x)=tan(x+pi) and f(x)=tan(x). Then, SOLVED: Use your calculator to graph the following functions. f(x)=tan(x+pi) f(x)=tan(x) a. What do you notice about the graphs of these two functions? b. Observe the period for f(x)=tan(x+pi) and f(x)=tan(x). Then,](https://cdn.numerade.com/ask_previews/3a21a4d1-ea21-4eef-a855-1c7639f8dac1_large.jpg)
SOLVED: Use your calculator to graph the following functions. f(x)=tan(x+pi) f(x)=tan(x) a. What do you notice about the graphs of these two functions? b. Observe the period for f(x)=tan(x+pi) and f(x)=tan(x). Then,
![Given that tan x = 2.4, evaluate without use of tables and calculators, sinx - cosx in the form of a/b where a and b are... Given that tan x = 2.4, evaluate without use of tables and calculators, sinx - cosx in the form of a/b where a and b are...](https://www.kenyaplex.com/questions/uploads/pic9820191523.png)
Given that tan x = 2.4, evaluate without use of tables and calculators, sinx - cosx in the form of a/b where a and b are...
![Ex: Solve tan(x)=a on [0,2pi) with a Calculator (negative a) | Math Help from Arithmetic through Calculus and beyond Ex: Solve tan(x)=a on [0,2pi) with a Calculator (negative a) | Math Help from Arithmetic through Calculus and beyond](http://img.youtube.com/vi/-iER5wsJ45U/0.jpg)