You have saved my life in calc so many times. I don't even bother learning in class because I know I'll just watch your videos when I get home. U a real one
Hi The Organic Chemistry Tutor! I had my calculus 1 during midyear, and I learned almost nothing. Symbolab and other internet calculators were the only reason I passed. But now in my second year, with your help, I was able to learn calculus in a more efficient way. Thank you. I hope I'll grow successful in the future to donate a portion of my earnings to your channel.
Pause at the following timestamps to see the entire problems worked out 1:15 Sin inverse end of problem, 2:17 Cos Inverse end of problem, 3:49 Tan inverse start & 4:33 " end of problem, and 5:55 Secant Inverse end of problem.
MR. Organic Chemistry Tutor, thank you for another fantastic video/lecture on the Derivative of Inverse Trigonometric Functions in Calculus. There are multiple ways to take the derivative of Inverse Trigonometric Functions. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
Being a STEM student its hard to overcome the 4 major subs in calculations include ( chem2,physics2,basic cal, and the business math) Thank you so much because of you, you really a help for us❤
I have to say. I really appreciate the effort you put into these videos. Everything I search for, your channel usually comes up first, and if it doesn't, you've still done a video on it.
I was told something along the lines of differentiating the original function as normal and then dividing by 1, using the sin^2(x)+cos^2(x)=1 identity, to substitute for the trig function. This formula makes so much more sense!!
at 4:14 when you multiply the top and bottom by sqrt x. Why does the sqrt x not also apply to (1+x)? You only multiply it by a portion of the denominator?
since the 2 terms in the denominator are not being added or subtracted, distributive property does not apply here. instead all the 3 terms are being multiplied: (1+x)(2√x)(√x) so you can multiply any 2 together first and then multiply that answer by the other term. hope that made sense :)
I'm confused, you say the derivative of Sin-1 (u) = u'/(sqrt1-u^2), but everywhere else I look it says 1/(sqrt1-u^2). Now that I think of it, is it because most "general rule" explanations talk about Sin-1 (x) and the derivative of x is just 1? Seems like a pretty big oversight not to mention that the 1 value changes if there's more than just x
good eve, i've noticed in question number 2, should it be -5/ 1+(5x-9)²? I've searched it on google and the derivative formula for arccot doesn't have square root sign on it. Hoping to make things clear 😅
Hey! Great video! Why did you put about the absolute values on the X and the secant example? I do not think they are necessary, in fact, it would be wrong to add them back- thoughts?
The absolute value signs are there, since the domain of some inverse trig functions have a restricted domain and range, where they have to be positive; hence the absolute values.
Do a million practice problems but don't trust the answer key, use www.integral-calculator.com/ and www.derivative-calculator.net/ to check your answers because sometimes they're wrong if they're in a textbook. Plus they show steps.
Your multiplying 1/sqrt(1-x^2) by the derivative of x. The derivative of x is just 1 so that's why it shows just a 1 in the numerator. In the video, he put x prime in the numerator because 1/(sqrt(1-x^2) * d/dx(x) is x'/sqrt(1-x^2)
I'm confused. Help me😅. In our lesson, the derivative of arcsinu is (1/√1-u^2) • d/dx(u). Even if the u=3x, the numerator remains 1 at the top,like help me understand😅.
It is better to write arcsin, arccos, arctan, and so on. That is the way it is done in all non-English speaking countries. Using this aforementioned notation is completely unambiguous.
Derivatives - Free Formula Sheet: bit.ly/4dThzf1
Derivatives - Video Lessons: www.video-tutor.net/derivatives.html
Precise defenation of a limit 😢
😢 1:39
You have saved my life in calc so many times. I don't even bother learning in class because I know I'll just watch your videos when I get home. U a real one
OMG same
😂😂😂✋ I can relate
Same here😫
@@nokxieteddy9485 this comment holds up well today
me
One of my worst fears is that one day, I'll search a topic and your channel is not there to teach me
Been there
i cant find organic chem tutor flying raijin tutorial am i cooked for my chunin exam
@@mustardgas4000nah it’s there check well
It’s under physics playlist
@@mustardgas4000 you do not need a hokage level technique for the chunin exam lmaooo. Stick to using your shadow clones.
Hi The Organic Chemistry Tutor! I had my calculus 1 during midyear, and I learned almost nothing. Symbolab and other internet calculators were the only reason I passed. But now in my second year, with your help, I was able to learn calculus in a more efficient way. Thank you. I hope I'll grow successful in the future to donate a portion of my earnings to your channel.
"If you know the formula, life is easy"
-The Organic Chemistry Tutor 2018
I was gonna comment that haha
The way he said " if you know the formula , life is easy !" is extremely satisfying
this guy literally my physic/chemistry/calculus teacher
Pause at the following timestamps to see the entire problems worked out
1:15 Sin inverse end of problem, 2:17 Cos Inverse end of problem, 3:49 Tan inverse start & 4:33 " end of problem, and 5:55 Secant Inverse end of problem.
You make it more understandable than other videos
0:18 life is easy only with you my boy
nice haha
You're my hero♥️
I have an exam tomorrow and u saved my life😭.
Heyyy, I PASSED THE EXAM and got B 😭😭😭😭😭😭😭 THAAANNKS TO YOU
Don't we all have exams tomorrow 😭
@@sydneymmeka3126
And all what we do in the day before an exam searching for heroes like him to save our lives
I owe my entire engineering degree so far to you, I'm not joking!!
Bro What are the other sources you use for the passing exams like youtube channels or websites ...
MR. Organic Chemistry Tutor, thank you for another fantastic video/lecture on the Derivative of Inverse Trigonometric Functions in Calculus. There are multiple ways to take the derivative of Inverse Trigonometric Functions. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
Wow. That is so true
I know you’ve heard this a lot BUT YOU’RE LIFE SAVER ❤️❤️❤️❤️❤️❤️❤️ thank you so much
I like how I wasn't the only who had some sort of internal connection when he said, "If you know the formula, life is easy."
Being a STEM student its hard to overcome the 4 major subs in calculations include ( chem2,physics2,basic cal, and the business math)
Thank you so much because of you, you really a help for us❤
my textbook and professor teach us the hardest way of doing this, thank you so much
I have to say. I really appreciate the effort you put into these videos.
Everything I search for, your channel usually comes up first, and if it doesn't, you've still done a video on it.
if you could see how I'm smiling because I finally understand this topic. You are really Einstens child. Thank you!
This guy single handly saved me a lot of headache from calculus.
You saved my ass so many times already, thank you!!!! :D
thank you for saving my grade
I was told something along the lines of differentiating the original function as normal and then dividing by 1, using the sin^2(x)+cos^2(x)=1 identity, to substitute for the trig function. This formula makes so much more sense!!
U are the best teacher i ever seen ❤️
Nice video on making us understand this concept of trigonometry.. thanks😊👍
I love to practice math on your videos,and still wonder why the channel called organic chemistry 😂
Yes! If you know the formula, life is easy 😊💙
the explanation is concise, easy to understand. thanks for the video.
"if you know the formula, life is easy"
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This guys gonna help me pass calculus
Sir Thank you Soo much for Triigno calculus - derivative application .. you made sooooo simple ... YOU ARE GOD "🙂😍😍😍😍😍😍😍😍😍😍😍
Broh you're King of maths👑🙌❤️
You are saving my life since u was in high school 🫡❤
I just subscribed. God bless you.. please keep uploading with more examples and practice
Honestly you make sense go forword yo deserve nobal price
You are an angel.
Bro I never followed this system in inverse calc. This is very very easier than replacement method
Honestly your a god man. Your the realest
Great Video, super helpful.
This just sums up the 1 hour lecture of my prof lol
You are a life saver
you're the real OG
at 4:14 when you multiply the top and bottom by sqrt x. Why does the sqrt x not also apply to (1+x)? You only multiply it by a portion of the denominator?
since the 2 terms in the denominator are not being added or subtracted, distributive property does not apply here. instead all the 3 terms are being multiplied: (1+x)(2√x)(√x) so you can multiply any 2 together first and then multiply that answer by the other term.
hope that made sense :)
Great video. Thank you
saved my life thx
I'm confused, you say the derivative of Sin-1 (u) = u'/(sqrt1-u^2), but everywhere else I look it says 1/(sqrt1-u^2). Now that I think of it, is it because most "general rule" explanations talk about Sin-1 (x) and the derivative of x is just 1? Seems like a pretty big oversight not to mention that the 1 value changes if there's more than just x
Its just 1/(sqrt1-u^2) and not u'
Correct.
@@vaughncognito thanks for clearing that up
I think it's because sin^-1 (x)=
u=x
u'=1
1/√1-x²
But I'm stupid sometimes so I don't know
bro teaches so much better than my prof
I'm subscribing
Awesomeness 👍👍😃
Thank you so much ❤
I love this man
why it doesn't have square root 3:36
good eve, i've noticed in question number 2, should it be -5/ 1+(5x-9)²? I've searched it on google and the derivative formula for arccot doesn't have square root sign on it. Hoping to make things clear 😅
thank you
But why are those the formulas for inverse sin, cos and tan? I know they can be derived from right triangle trig but I am unsure as to how
you able me to solve question thanks
Would the answer be to the first one be 3x^2/square root (1-x^6)?
Do I need to know where they came from or am I better off memorizing the formulas?
This safed my sanity
Hey! Great video! Why did you put about the absolute values on the X and the secant example? I do not think they are necessary, in fact, it would be wrong to add them back- thoughts?
The absolute value signs are there, since the domain of some inverse trig functions have a restricted domain and range, where they have to be positive; hence the absolute values.
X^(4)^2 is 8??
I thought it had be 16??
Time @ 5:47
Isnt the formula for the arc si of x is 1/sqr rt of 1-x squared..?
Hoping to improve my math skill any advice from you?
Do a million practice problems but don't trust the answer key, use www.integral-calculator.com/ and www.derivative-calculator.net/ to check your answers because sometimes they're wrong if they're in a textbook. Plus they show steps.
you are best
May God guide you to Islam because I love you very much, and this is the most thing I can give you as a reward for your explaining to me.
Ok why is that im told to put 1 instead of u^1 on the denominator? Thats what we do in class.
Same here
numerator but yea
Your multiplying 1/sqrt(1-x^2) by the derivative of x. The derivative of x is just 1 so that's why it shows just a 1 in the numerator. In the video, he put x prime in the numerator because 1/(sqrt(1-x^2) * d/dx(x) is x'/sqrt(1-x^2)
Same question
ur the best
Hi, I just have a question in 4:36 can the answer be the square root of x / 2x+2x^2
Yes, they're the same thing. You just multiplied 2x with the (1+x). So it doesn't make any difference and is 100% correct.
Can you do one for cosec and cot please 🙏
In my textbook it is
1/1-u² then multiply u¹
I'm confused. Help me😅. In our lesson, the derivative of arcsinu is (1/√1-u^2) • d/dx(u). Even if the u=3x, the numerator remains 1 at the top,like help me understand😅.
it is still actually the same because you will still multiply the d/dx(u) to the numerator of the formula, he just made it into u^1 just to be quick
@@itsmeuno1817 gotcha,thanks!💖
G 160 0:01
How can I find the derivative of h(t) =sin ( arccos(t) ) ?
Chain Rule
@@armstrongtixid6873
If I pass im definitely donating
How do I solve cosec^_1(secx^3)
00:27 And this is because? :q
Math...
If you differentiated with the chain rule that's the format you'd get your answer in. Someone noticed the pattern and formulated the formulas
what about cot and csc?
cot is u^1/1+u^2 and for csc is -1/u rad u^2-1
I would recommend every one come here
Strange.. My book says that D f^-1 (y ) = 1/ (D (f(x))).. Did I miss smth ?😳🙄
I LOVE YOUUUUUUU
But according to LIATE rule. Exponent has last preference.
what a goat bro
I gotta memorise all these formulas😭
ur a god
thank you bbg
If You KNOW the FORMULA; LIFE is EASY! 👍🏻🔥🔥
If u kniw the formula life is easy☺️
What a god.
MATE, I FUCKING LOVE YOU!
Step 1, know the formula☺
bro my final exam is in 5 hours 💀
GOATTTTT!!!!!
Man I nedd you to be my teacher
❤❤❤❤❤
kahn academy is getting this wrong idk what to do
It is better to write arcsin, arccos, arctan, and so on. That is the way it is done in all non-English speaking countries. Using this aforementioned notation is completely unambiguous.
Bro it dont matter that much people will realize they can just write as you said and it’s the same thing😭
i know the formula, but life ain't easy. RIP
So its log type of shit cool
Çü ye selamlar