Determine the measure of angle x and angle z to the nearest tenth og a degree
\[\tan = opposite/adjacent\] \[\tan^{-1} =opposite/ adjacent\] Tan-1 is for solving angles and tan is for solving length
tan inverse 2
experimentx i dont get it
Your definition of inverse tangent is wrong: \[\tan^{-1} \neq opposite/adjacent\] opposite =12 adjacent=6 tan z=2\[z=\tan^{-1}2=1.1 rad\]
ok.... that didnt solve my question
x+y+z=pi/2 for all triangles so \[x=\pi-1.1-\pi/2=0.47rad\]
sorry, I meant x+y+z=pi for all triangles so...
you need the angles, right? so those are your solutions z=1.1 radians x=0.47 radians
tan Z = opposite/adjacent Z = tan inv (opposite/adjacent)
Need more help Baily? If so tell me where you got lost.
experiment x that makes sense but can you put numbers in to show me step by step on the equation
like you have to be sure to use the trigonomic ratios kk?
like that radian stuff. i dont know
opposite =12 adjacent=6 tan z=12/6=2 z=arctan(2)=1.1 (arctan is the same as inverse tan) because it is a triangle x+y+z=pi, right? We know y=pi/2, so solving for x gives: x=pi-pi/2-z=pi/2-1.1=0.49 radians if you don't understand radians I can't see how you can do trigonometry.
a circle has 2(pi) radians =360 degrees almost all trig and higher math is done with radians. If you need to convert to degrees use the conversion pi radians=180 degrees
You need only to find one. I would choose z, tanz=opp/adj tan z=12/6=2.0 angle z= arc tan 2.0=63.43 degrees angle x=90 -63.43 degrees.
so when you subract 90-63.43 degrees you get your awnswe
yes for angle x.
what abo8ut z
angle z was calculated to be 63.43 degrees
See the post above. to see how z was calculated.
The problem was requesting the answer in degrees. You can do as TuringTest suggested and then convert radian to degrees.
ok thanks
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