How do you simplify trigonometric expressions

👉 Learn how to verify trigonometric identities having rational expressions. To verify trigonometric expression means to verify that the terms on the left-hand side of the equality sign is equal to the terms on the right-hand side. To verify rational trigonometric identities, it is usually more convenient to start with getting rid of the denominator(s) of the rational term(s). This can be done by multiplying both the numerator and the denominator by the conjugate of the denominator, if the denominator involves addition/subtraction or by the reciprocal of the denominator, if the denominator involves product or the expression can be converted to Pythagoras trigonometric identity if possible.
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Organized Videos:
✅ Simplify Trigonometric Identities
• Simplify Trigonometric...
✅ Simplify Trig Functions Using Identities
• Simplify Trig Function...
✅ How to Simplify The Trigonometric Identitities by Dividing
• How to Simplify The Tr...
✅ How to Simplify Trigonometric Identities by Adding and Subtracting
• How to Simplify Trigon...
✅ Simplify Trigonometric Identities by Factoring
• Simplify Trigonometric...
✅ How to Simplify Trigonometric Expressions by Multiplying
• How to Simplify Trigon...
✅ Learn About Trigonometric Identities
• Learn About Trigonomet...
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#analytictrig #brianmlogan

[@brianmclogan]

Algebra you must know for Trigonometric Identities - czcams.com/video/7-aJp_p2wbs/video.html

[@xlxan9170]

I appreciate that you explained the basic functions that we need before simplifying a trigonometric identity.

[@xlxan9170]

This helped me a lot. Thank you so much, sir.

[@sortagoodish8491]

@@xlxan9170 y'know you can edit comments, right?

[@william_prescott_ii3277]

@@sortagoodish8491 I thought he was just talking to himself there for a second

[@intuitiveclass6401]

Matters too much, little do professors know

[@hainanegins9672]

I tried watching this to help me out but got more confused

[@mobilestatistics953]

Your thinking a little to hard just do what it says math is nothing but a big pattern

[@WARVIATION]

same bro

[@wooskii3605]

Still wondering if we are going to use this outside of school

[@kazezeze]

I highly doubt it 🌚😭😭

[@J.ROD_CLASSIFIED]

If you go into higher education, university, yes. Especially STEM.

[@lolasanchez650]

lmaooooo

[@spektree8448]

THANK YOU i have a day to finish trig identities and was completely confused the multiplying to get cos^2-1 or stuff like that rly helped

[@serene5657]

Thank you for the tutorial, now I can answer my math problems

[@myxrayeyes7262]

Thank you a lot! It was helpful:)

[@juanmiguel2288]

THE WAY THIS HELPED ME, STUDYING FOR A FINAL, ILYYY

[@SM-qn7sr]

according to mathway (sinθ)/(cosθ-1) is already at its simplest form.

[@katrinatapalla1906]

It was so confusing.

[@harrymatabal8448]

Just waste of time
Don't give up your day job

[@nathanaelmoses7977]

(Cos x + 1)/sin x
Split the fraction
Cos x/sin x + 1/sin x
Cot x + csc x

[@mauialejandre6370]

same answer

[@sortagoodish8491]

Thanks!

[@marjhoriehernandez727]

What about the negative?

[@vladyslavshcherbakov8273]

Meanwhile my university prof - Chinese accent x3 and all his vocabulary when explaining things consists of "this is this this is this this this this is".

[@melanie.y2ks]

SAME BRO IM STRUGGLINGGGGGGGGG

[@Sam-dp8bl]

3:13 Where did you get the sin from?!

[@imnotonmars]

Sin(x)/cos(x)=tan(x). He made tan(x)*cos(x) into sin(x)/cos(x)*cos(x)/1. He just divided out the cosines and voila you have sin(x)

[@ceoofbrunestud5894]

When to do conjugate

[@hibikikuze632]

I've been outside the school, and never been use it and now I'm back to school learning this again

[@ashleyvoncastle9932]

What about addition?

[@denzel8721]

i dont know

[@ashleyvoncastle9932]

@@denzel8721 😂😂

[@denzel8721]

@@ashleyvoncastle9932 dude i figured it out im top of the class at math now

[@crazychimp1039]

@@denzel8721 cap

[@denzel8721]

@@crazychimp1039 this dude responded 6 months later

[@anestismoutafidis4575]

sinθ/cosθ-1= tanθ+1 {θ

[@odurokwakuisaac548]

I can’t see from your board

[@crazychimp1039]

Get glasses fam

[@unknown-mn9wo]

Dont sit in the back

[@domochez8803]

🐐

[@theartofmusic05]

How trignometric identities are hard to verify them..

[@brianmclogan]

Understood

[@bipolingdaco1607]

Big Guy. Lol

[@lansonoyihongwong5830]

Least useful video on this channel

[@FenxenGames]

fr

[@udaybircheema2698]

I'm tired; currently doing this as a freshman in highschool

[@imnotonmars]

lol same

[@boydbingham6214]

dad?

[@hamzagarad3955]

Not really helpful man