3:23 Very off topic but that dude who said that long "C" And that moment of silence for 3 seconds made me laugh 😂 But thanks for this video! I was so stuck on finding vertices and foci for hyperbola's, you helped a lot!
....dude, my teacher explained this on 2 different classes, and i could understand this at all. saw this video, and am now doing all of my exercises right. great teacher!
Time flies, especially as you grow older. One year is 1/5 of your life when you're five years old, but one year is just 1/16 of your life at the age of 16. This causes years to go by quicker and quicker as your grow older. I felt like you might be thinking about that stuff rn
Me! Learning more from him and professor Leonard than my class T.T I like Prof. Leonard's slower pacing for learning the first time. But this faster one is nice for reviewing material.
at 4:27, you drew the focus at approx (4.25,0), shouldn't the Focus end up being approx 2.23 from the center instead of the sum of 1+/- Sq rt 5 (3.23) from the center? Thanks for the videos!
Since I am estimating and not using exact values, everything can be a little off. The square root of 5 is approximately 2.23. We need to travel that distance from the center which is (1,-2) By adding and subtracting 2.23 we would have points (3.23,-2) and (-1.23,-2). It seems I was adding an extra one but you are absolutely correct. The focus will be right next to the vertices
so the difference between hyperbolas and ellipses is the (-) in between the x and y fractions ,if i may say and hyperbolas have their foci and vertices added and subtracted to the left that is at h?while for ellipses we add and subtract at k?
I have a video for that. It is basically a value that a function cannot be evaluated for but rather approach. For instance f(x)= 1/x Keep plugging in numbers for x and what you is see that the functions gets really close(approaches) but can never equal zero
BlueMarshmallowGamer Brian McLogan I remember it by ABdomen for vertical since your abdomen runs up/down your body, and BArcode for horizontal since both go left/right
![[Full] 4 ต่อ 4 Celebrity EP.920 | 3 พ.ย. 67 | one31](http://i.ytimg.com/vi/KwiW2M_kAg4/mqdefault.jpg)
B/A would be 1/2 not 1/4
yes Elisabeth! great catch! I have pinned your comment so others are not confused
He fixed it in the video
@Chris Abram 🧢, it's probably a sight where you gotta pay or download xyz games
Been studying for hours and reading my notes couldn't understand it….
Watched a few 8 min videos and learned so much, Thank you
Jd Mender you are very welcome! happy to be able to help you out!
Jd Mender same to me,its woow
3:23 lmao at whoever sang the "c"
LMAOOOO 😂😂😂😂
He sang a 'G' actually
Jay Wu ah but fuck u tho
Jay Wu just watch the math
I don't think you know what that means...
3:21 he gave that man who started singing the death stare lmaooo
If every teacher was as clear as you are, then people could stress less about school.
Thanks once again for an amazing lesson Mr. Mclogan! :D
you are very welcome! happy to be able to help you out!
I've been watching your videos for a year now and they've always helped, thank you so much for explaining everything so well!!
you are very welcome! happy to be able to help!
3:23 Very off topic but that dude who said that long "C"
And that moment of silence for 3 seconds made me laugh 😂
But thanks for this video! I was so stuck on finding vertices and foci for hyperbola's, you helped a lot!
Me too! I was looking for someone to talk about it 😂
God's gift to man! Studying before my final and this refresher was just what the doctor ordered!
Perfect!!
I just had spring break and forgot how to do my homework. The first 3 minutes of this helped me remember exactly how to do it
....dude, my teacher explained this on 2 different classes, and i could understand this at all. saw this video, and am now doing all of my exercises right. great teacher!
Getting me through pre-cal man, you're a life saver
I am an online student and watch your videos everyday now. You teach the material so thoroughly that I haven't had a question yet. Thank you!
+Hunter Mill that is great to hear Hunter, pleased to be able to assist you this year
I know I can always rely on your videos, sir!! Thank you very much 💖💖
You are very welcome!!
thank you birria brian you carry me so much during precalc you will always have my blessing
You are a legend. Was stuck on an asymptote forever and this got it in like 2 seconds!
at 3:23
best part
Ayan Behjat haha funny
+Ayan Behjat Then Mr. McLogan's reaction, haha.
Thanks for uploading these man
My teacher doesn't really teach, so I basically rely on these videos along with a mélange of other videos
Damn bro, you just brought me to the past. It's been almost a year.
Time flies, especially as you grow older. One year is 1/5 of your life when you're five years old, but one year is just 1/16 of your life at the age of 16. This causes years to go by quicker and quicker as your grow older. I felt like you might be thinking about that stuff rn
Explains so much better than Khan Academy. Wowza
you better! good luck and let me know how you do
Thank you sir, you are one of the reason why i survive my math subjects, your making it easy for me💓
Super helpful, thanks professor!
Your video made me pass my precal! Thank you for this!!:)
Year 2021 and the math never changes .... thanks teacher
will have midterm exams in pre-calc next week. thank you for this. wish me luck!
Brian McLogan your straightforward explanations are terrific.
Brian McLogan is the McMan. /Regards
We love you Brian McLogan
Most I've ever learned about hyperbolas in my entire life
You are the reason why TH-cam exists
Who's here because of online class? HAHA
learned more from him than in my online class tbh
Umaayyy sakit na ulo ko😭
Me! Learning more from him and professor Leonard than my class T.T I like Prof. Leonard's slower pacing for learning the first time. But this faster one is nice for reviewing material.
mama mo
Me: raises right hand. 🖐
I actually try it first and recorrecting by watching your equation and guest what... we've matched up. Thanks
Thank you sir, this helped me a lot.
Thank You!! This makes complete sense FINALLY!
3:22 XDD He was about to smack the shit outta him.
no, would never do that
hahaha I saw it and I went right to the comments
Brian McLogan he was joking
omg genius man!!!! ty sooo much i have a quiz tomorrow!!!! hope i remebemer!!!
Great teacher... ❤
All this coughing gonna get me infected thru my phone in 2020
Great explanation!
Thank you!
you're an awesome teach this is a huge help! Thank you!
+Jenna Gibilisco you are very welcome! happy to be able to help!
I don’t think your students know how lucky they are to have you as their teacher.😩
Shouldn't y=1/2x -3/2 be y=-1/2x - 1/2?
Just Wondering if I'm wrong or not
Just want to say thanks man
thank you so much!
my man saving my pre cal grade
3:24 Professor McLogan's deathstare 10/10
Thank you! This was Really helpful!
+Urmi Patel sweet, glad I could help you!
God I wish my teacher taught like this. She over complicated everything. Thanks for the help!
+Brennan Ferris you are very welcome! happy to help
Thanks,,cuz I was very much confused in this particular eqn. 👌🏻
u are a savior !
i had the same problem i needed to solve so this helps out a lot
You sir, are a blessing
6:24 where did the number 2 go? Was it multiplied or divided? Cancelled out? Please kindly explain sir
He just moved it infront of the other numbers I think
Minute 3:23 best moment look at his face
hahaha
at 4:27, you drew the focus at approx (4.25,0), shouldn't the Focus end up being approx 2.23 from the center instead of the sum of 1+/- Sq rt 5 (3.23) from the center?
Thanks for the videos!
i meant (4.25,-2)
Since I am estimating and not using exact values, everything can be a little off. The square root of 5 is approximately 2.23. We need to travel that distance from the center which is (1,-2) By adding and subtracting 2.23 we would have points (3.23,-2) and (-1.23,-2). It seems I was adding an extra one but you are absolutely correct. The focus will be right next to the vertices
HAHAHAHAHA I am about to comment that as well until I found this 😍😘
Thank You!
3:23 had beautiful pitch
Thank you sir 😃😭👍🏻🙏. Amen to you..
i like this bald guy hes better than most of my professors
hugh Jassole it's shaved! but thank you : )
You r great
*me watching this because my teacher is horrific at teaching*
awesome , it is the complete sense . thanks for this sir...
you are very welcome!
so the difference between hyperbolas and ellipses is the (-) in between the x and y fractions ,if i may say and hyperbolas have their foci and vertices added and subtracted to the left that is at h?while for ellipses we add and subtract at k?
yes, same processes, just that the vertices are inside of the foci for a hyperbola
Nice
That c~~ 🎶 was beautiful lol
Did you regret, going to STEM strand?
it seems it would always an hyperbola with horizontal transverse axis since 'x' always appears over 'a' or what sir plz explain
you know if x is over a when x is over the bigger number.
oh i just realized that was 2 years ago so that test probably happened 2 years ago as well oops
But for a vertical hyperbola, do I still do c^2=a^2+b^2 I’m so confused when it comes to verticals because everyone says smthn different
What of if the a and b are equal
What year level are you teaching?
Pre-cal or Algebra 2, do not remember which
Why when he puts in h and k into the asymptote formula he puts negative 2, not positive 2??
what if the value of a under y is lesser than the value of b under x???
Amazing video !!!! I Thank you
WolfsRainInuyasha101 you are very welcome! happy to help
eccentricity of hyperbola (x^2/a^2)+(y^2/b^2)=1
Please reply as early as possible,i have an incoming test
The eccentricity should be in terms of a and b,what would it be,Sir?
that is not the equation of a hyperbola and eccentricity is =c/a
Isn’t it horizontal if is y first and vertical if it’s x
7:53-8:02 -1.5 - 2 is -3.5
Isnt it vertical tranverse axis?
awesome video.THANK YOU.
Cynthia mupanda you are very welcome! happy to be able to help you out!
how to solve this problem?
(x-2/4)squared - (y + 2)squared = 1
Why C= a^2 +b^2 Not a^2-b^2?
Where did he get - 1/2 at 7:40
Axis : Bold As Live
+Keith Richards yes?
Mr. McLogan's Math Channel*Axis : Bold As Love
Mr. McLogan's Math Channel It must be about maths...
So would the covertices of this be (1,-1) and (1,-3)?
sounds right
Honestly why am I going to math class like I learn the same stuff in 10 minutes here versus 50 minutes in class
you saved me!!!
shea stanford you are very welcome! happy to be able to help you out!
man, this really saves my ass
4:13 I think he meant to say the square root of 9 is 3
Why won't anyone notice him saying "Vertice" as the singular of "Vertices", it's vertex :3
cause its not that deep, we have what is called "common sense"
@@hannahbee2908 Well, I have my pride and you have your so called "Common Sense" which doesn't help in all times
math final prep time the day of 30 mins before
at 4:23 you meant foci, right?
+Jihoo A. (Dragonbro) correct
3.25 what's happening 😂😂
i would fail the exam if i actually decided to read the book
Don’t do that
4:10 did he really just say the square root of 3 is 9? bruhhhhh this dude got me trippin
sorry about that, thanks for keeping me honest
Brian McLogan haha no problem. Thanks for all ur math vids, they really help.
you are very welcome Hussain
you are my dad
What is a asymptotes?
I have a video for that. It is basically a value that a function cannot be evaluated for but rather approach. For instance f(x)= 1/x Keep plugging in numbers for x and what you is see that the functions gets really close(approaches) but can never equal zero
ي ليت فيه ترجمههه
It's supposed to be a(^2) minus b(^2) and not addition
+Nit Sirk for an ellipse you are correct, for a hyperbola it is a^2 +b^2
3:25 🤣🤣🤣
are you a fo-s-eye person or a foki person?
3:30 LMAO
🙌💪
isn't it suppose to be a over b not b over a?
this has a horizontal transverse axis so it is b over a, a vertical transverse axis is a/b
BlueMarshmallowGamer Brian McLogan I remember it by ABdomen for vertical since your abdomen runs up/down your body, and BArcode for horizontal since both go left/right
0:16 mmmmm
so POGGSAHAHAH