Reduction Formula for Integral of ∫sec^n(x)dx

[@neutron1969]

Very helpful and well-put tutorial! Thank you!

[@celinasophia9405]

I got this now...tqsm...i have exam today...

[@MasterWuMathematics]

Integral of ∫sec^n(x)dx - powers of sec(x)

[@RonitKarmakar19]

Love from India

[@MasterWuMathematics]

Love from Australia

[@abdullahimaalim8345]

Wonderful. I love the format. Kindly,arrange tutorial on linear algebra too.

[@LukeSkywalker-xk1np]

In India the give 1minute to solve this for those who are preparing for jee advance toughest entrance exam in world and this is in category of easiest questions

[@yousufalmamari4027]

Thanks alot and all the best for you my friend 👍

[@gopalkrishnan1724]

This method is vrey easy

[@apostledanielarnan8105]

nice question, is very helpful

[@mrjnutube]

And why didn't you reduce the sec^3(x) attached to the tan(x) in the example?

[@yousufalmamari4027]

Very Good bro. Keep it up, and
if you have ideas about probabilities plz share with us in videos. Thanks

[@MasterWuMathematics]

Thank you. I'll try and do some videos on probabilities this year. At the moment, they take me a long time to produce, and as a full time university student, I don't have much spare time to make them. But I will try. :)

[@suneptoshi2419]

Thank you so much sir...

[@mohammedsuhail683]

ty awesome explaination

[@MuhammadZubair-fx4sb]

can you solve this sec(odd) without by parts

[@apostledanielarnan8105]

Can you please add the video of reduction formula for "cosecant"

[@MasterWuMathematics]

Yes. Here you go: th-cam.com/video/pLDeRHUL23A/w-d-xo.html

[@champsvincennes3689]

👍

[@raghavgoyal5695]

I have a doubt

[@MasterWuMathematics]

How can I help?

[@andrewschutte824]

Say "sec" one more time...... it's secant. Call it that. Thank you

[@MasterWuMathematics]

But my teachers and professors always called it "sec"...