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Mathematics 11 Online
OpenStudy (cakecup2018):

PLEASE HELP I ONLY HAVE 2 MORE QUESTIONS LEFT !!!!!!!!!!!! Explain the difference between using the trigonometric ratios (sin, cos, tan) to solve for a missing angle in a right triangle versus using the reciprocal ratios (sec, csc, cot). You must use complete sentences and any evidence needed (such as an example) to prove your point of view.

OpenStudy (anonymous):

a dark day indeed where math requires words and sentences instead of good old numbers and expressions :'(

OpenStudy (cakecup2018):

yep

OpenStudy (anonymous):

Using the inverse of sin/cos/tan will give you the angle in a right triangle the reciprocal of sec is 1/cosx so if you you were trying to find the angle youd use cosine inverse, and changing cosine inverse to secant inverse would be 1/inversecosx which would give you 1/ (angle value here) so basically the inverse of the reciprocal trig values give you the reciprocal angle while the inverse normal trig values will give you the normal angle.

OpenStudy (cakecup2018):

i don't understand

OpenStudy (cakecup2018):

@Synkronize

OpenStudy (cakecup2018):

i will give a metal !

OpenStudy (cookielate):

the difference would be the orientation and location of the angle of reference

OpenStudy (cookielate):

making use of the SOH CAH TOA you want to first identify your angle of reference then whatever is across that angle would be the opposite side if you were given an angle, the opposite side, you can solve for the hypotenuse using Sin(angle) = opposite side/h then solve for h using algebraic manipulation

OpenStudy (cakecup2018):

but what else ? bc that is not enough

OpenStudy (cookielate):

the adjacent side is the side next to the angle of reference. it is usually perpendicular to the opposite side if you were given the length of the adjacent side and opposite side you can solve for the angle you can use TOA tangent(angle) = opposite/adjacent then obtain the arctan of the resulting ratio

OpenStudy (anonymous):

http://mathbits.com/MathBits/TISection/Trig/inversetrig.htm you can also use for refrence

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