How to do inverse trig functions - arcsin, arccos, arctan
HTML-код
- Опубликовано: 3 окт 2024
- Are you stuck on doing inverse trig functions? Do arcsin, arccos and arctan confuse you? In this video we show you quickly and easily how to do these types of problems. It's simpler than you think!
deadass this was the most effective tutorial ive seen all my life
And then i see otaku in math class💜💜💜💜
I can't believe my teacher overcomplicated this so damn bad. You made me understand the concept in 10 minutes. You're awesome.
That has got to be the best explination I have seen tonight. Hell, I don't even do maths, It's been decades since I've done maths, and even I understood that! Nice one mate keep it up.
Redserpent2000 Thank you!
I would agree. Very well explained.
Thank you, SO MUCH. I watched a 22 minute instructional lecture *twice* and failed my first two attempts at the test, tried to work through it with my brother and neither of us got it, only to come to this video and understand more after the first 28 seconds than in the entire two 1/2 hours I've spent today on this lesson. I damn near cried tears of joy. You are the bomb, and I am absolutely checking your channel first thing whenever I have questions about pre-calc from now on!
Thank you, don't ever delete this video please!
Your broken down explanations and visuals are absolutely perfect thank you so much!
agreed, when he said i like to spin 180 and then back off 45 im like...are you serious? how did i not think of that.
This is a superb explanation! Thank you so much for posting this, I have been trying to understand this for weeks and it finally makes sense!
Amazing explanation. It really helped me understand this daunting concept.
You are great at explaining things! You stick to what you need to teach and execute it in a simple way! I have been struggling to comprehend this in trig. Thank you!
Omg, you've surprised me with the first 21 seconds, bro you're the best
7 videos later this one worked great
how do you not have more views/subs???? thank you so much!!
this is life saving! my textook was suddenly asking me to work out all these arcsin arcos equations without a calculator and with no explanation. i thought i was going crazy. thank youuu
Dear god dude thank you for breaking it down. The other videos jumped into concepts that I wasn’t ready to understand.
This is reallly helpful. It is clear, simple and straightforward. I had to also watch the ads because I know it won't hurt me. It is the best explanation I came across for this type of problem.
Thank you
you explained this better than my pre calc instructor from college...
omg thank you so so so much! Words can't explain how grateful I am for this video!
Thank you so much for helping me understand! I was struggling until I saw this video and then I was like wow this really is not that hard! Thanks!
I don't even know what to say this is so good.
WOW, really took my attention deeply. thank you
Best explanation I've ever seen. Thank you very much for your work
Excellent explanation and better than my college professor; you saved me much trouble. Thank youu
Great explanation!!
OMG THANK YOU SO MUCH I FINALLY UNDERSTAND IT OH MAANNN 😭
Very useful trick,watch from Nepal
Ugh, this was so helpful, it hurts
Now I have no excuse to not do my hw ;-;
well paced, good diagrams and thoroughly explained. Thank you
Thank you so much! The explanation is so clear.
Well done; excellent quality overall.
:)
great simple explanation. Best video for inverse trig. Thank you
Hoping u upload more videos pls. Specially in calculus
Saving my ass for today’s (1AM where I live) math test. This is the only concept I never really got, so thank you for the explanation.
This was SO helpful. Thankkk you
Best explanation I've seen ❤❤
i enjoyed your explanation which was very simple. Can you please explain all the AL topics like this in a simple way .
Brilliant video Thanks!
this video was very helpful 👌
Excellent video. I would have rationalized the denominator first, then if you are familiar with the unit circle......you would have known Sin (root2/2) = 45 degrees & 135 degrees.......then the rest of your explanation would go along with that method as well. Nice job, Sir.
Bro made it too easy to understand
God bless you.
bro actually cooked🔥
Outstanding
What a smashing video!
Great explanation. May I ask you which software you have been using to teach this topic. I am impressed when you dim few text and dark few with different colours. Please reply. thanks
Thank you!
keep up the good work
I need to see some improper vids here in youtube to get motivated, I´ll be back in just a few moment.🤭
uhhhh finialy understud it thanks!!
great video thx a lot
ım not native english speaker but this explanation is better than my lecturer
Dosent sin (y) = x another way how to write a inverse sin function?
I need this for a computer game or two.
The video has great visuals and your methodology is excellent but can someone explain why ppl always use special triangles to find the arcsin/cos/tan of x angle? What if I had to find the correspondents arcs to a triangle with 36-54-90 angles? Trigonometry is a thing.ಥ_ಥ
Idk why I’m watching this. I learned it today but i know it completely 😭
Whats de answer at last do we take all values of cosine??
Me: at grade 2 in math
My brain at high school math levels: *speedrun*
ty dood
When I view comments that teachers are complicated on dis topic, I thought its been only me who saw it
what about values that dont fit 454590 or 306090 triangles, ex: arcsin (rt3/2)
id love to see this video but the 3 min of ads beforehand is gonna KILL ME
thumbs up!
how can we change any inverse trigonometric function to simple trigonometric function?
Great question! The simplest answer is what I show at 1:10 in this video. So, for example, x=arcsin(1/sqrt(2)) can be changed to a normal trig function by rewriting it as sin(x)=1/sqrt(2). Then the problem is figuring out what value of x we need to plug in to sine to get an answer of 1/sqrt(2).
@@SimpleMath is it possible that
sin(-¹)x = sec(x)...???
If not then tell me that way by which we can change the inverse trigonometric function to normal trigonometric function except that way.
as[x={sin(-¹)(1/2) ]
So [sin(x) = (1/2)]
If any way you know please tell me that.
@@prashantkumardwivedi3230 that is a great question. At 0:25 I talk about this exact point. Most teachers/professors who write sin^(-1)(x) mean arcsin(x), _not_ sec(x). I know it's confusing, because x^(-1) = 1/x, but there they mean the -1 power, whereas sin^(-1)(x) means the inverse function of sin(x). That's why I write arcsin(x) in the video, not sin^(-1)(x).
Why does arcsin(x) isn't the same as 1 over sin(x)???
(Sinx) ^-1 is different from sin^-1 , how? The first wich I've wrote means wat ur asking about and the second is wat we call arc sin
arctan explanation ?
🎉
Wow
inverse trig functions are 1 to 1, meaning there can only be 1 answer.
Actually, the hardest thing about trig is to have to memorize all those formulas, knowing that a calculator is in your pocket.
Fuck this is so challenging ughhh I hate this class, i'm failing!
can you calculate arcsin(0.75)°
Sininverse3/4
RUclips go does not have like and comment section
youre all wrong.. the first answer is 30 the second is 270 lol