Consider the equation $y=\tan x$y=tanx.
Using the fact that $\tan45^\circ=1$tan45°=1, what is the value of $\tan135^\circ$tan135°?
Using the fact that $\tan45^\circ=1$tan45°=1, what is the value of $\tan225^\circ$tan225°?
Using the fact that $\tan45^\circ=1$tan45°=1, what is the value of $\tan315^\circ$tan315°?
Complete the table of values, giving answers in exact form.
$x$x | $0$0 | $45^\circ$45° | $90^\circ$90° | $135^\circ$135° | $180^\circ$180° |
$\tan x$tanx | $0$0 | $\editable{}$ | undefined | $\editable{}$ | $\editable{}$ |
Complete the table of values, giving answers in exact form.
$x$x | $180^\circ$180° | $225^\circ$225° | $270^\circ$270° | $315^\circ$315° | $360^\circ$360° |
$\tan x$tanx | $0$0 | $\editable{}$ | undefined | $\editable{}$ | $\editable{}$ |
Plot the graph of $y=\tan x$y=tanx.
Consider the equation $y=\tan x$y=tanx.
Consider the equation $y=\tan x$y=tanx.
Consider the equation $y=\tan x$y=tanx.