Graphing Piecewise Functions, Domain & Range - Limits, Continuity, & Absolute Value ,
Вставка
- Опубліковано 16 жов 2024
- This math video tutorial focuses on graphing piecewise functions as well determining points of discontinuity, limits, domain and range.
Domain and Range Formula Sheet:
bit.ly/4eheN2W
Introduction to Functions:
• Functions - Vertical L...
Evaluating Functions:
• Evaluating Functions -...
Function Operations:
• Function Operations
Increasing and Decreasing Functions:
• Increasing and Decreas...
Relative Maximum & Minimum Values:
• Identifying The Relati...
_____________________________________
Relations and Functions:
• Relations and Function...
Domain and Range From a Graph:
• Domain and Range of a ...
How To Find The Domain of a Function:
• How To Find The Domain...
Average Rate of Change of a Function:
• Average Rate of Change...
The Difference Quotient of a Function:
• Difference Quotient
_____________________________________
Evaluating Piecewise Functions:
• Evaluating Piecewise F...
Graphing Piecewise Functions:
• Graphing Piecewise Fun...
Composite Functions:
• Composite Functions
How To Evaluate Composite Functions:
• How To Evaluate Compos...
Composite Functions - Data Table:
• How To Evaluate Compos...
Comp. of 3 Functions - Data Table:
• Composition of Three F...
Decomposing Functions:
• Decomposing Functions ...
_________________________________
Introduction to Inverse Functions:
• Introduction to Invers...
How To Find The Inverse of a Function:
• How To Find The Invers...
Verifying Inverse Functions:
• Verifying Inverse Func...
Horizontal Line Test - 1 to 1 Functions:
• Horizontal Line Test a...
Vertical Line Test:
• Vertical Line Test
Graphing Inverse Functions:
• Graphing Inverse Funct...
Composite and Inverse Functions:
• Composite Functions an...
__________________________________
Even and Odd Functions:
• Even, Odd, or Neither ...
Transformations of Functions:
• Transformations of Fun...
Linear Functions:
• Linear Functions
Functions and Graphs - Problems:
• Functions and Graphs |...
Functions - Test Review:
• Functions
______________________________________
Final Exams and Video Playlists:
www.video-tuto...
Full-Length Videos and Worksheets:
/ collections
Limits - Free Formula Sheet:
bit.ly/3T3dD2X
Domain and Range Formula Sheet: bit.ly/4eheN2W
Final Exams and Video Playlists: www.video-tutor.net/
You are carrying me through college-level algebra. Thank you very much
this is college level?? im learning this shit in 11th grade
@@tzuyu8788 Well I was doing this while in dual credit in the 11th grade, so meh. Last semester i was an 11th grader.
I'm doing this in grade 9
@@tzuyu8788 its reoccurring topic, I first learned it in 7th grade when taking alg 1 then alg 2 in 9th and now I’m in 10th doing college precalc and reviewing it
@@tzuyu8788 IM
IN 8TH
Instead of reviewing my notes, im watching every video for every section im gonna be tested on lol. Your explanation is so easy to understand.
THE FACT THAT THIS MAN MADE A VIDEO 7 YEARS AGO N IS HELPING ME IN 8TH GRADE RN TYSM
I used this video when I was in 8th grade too and now I'm using it again when I'm a junior in college so it's crazy how he has helped so many people throughout time and continues to!
If I was a millionaire, I'd hire you as my private tutor.
Lol
Lol 😹 I'd also hire him. This guy literally knows everything
After Eminem obviously 🤧
Probably YOU r
@@simphiwebling9092 what do you need Eminem for anyways
@@emothough4475 Raps
2 weeks of learning done in 30 minutes, sweet.
My 8th grade algebra teacher was teaching this and I have mid terms coming up so I had to review this topic because it confused me so much, so far this is helping a bunch.
yo what I know now you are at your 9th grade but how come you studying this at year 8, anyway gg
bruh your school's lesson is so adv, where's that??
truly wonderful, i can imagine how much effort it take to make these videos .
thank you :)
Your explanation was great and helped me significantly. Thank you.
Bruh literally first 4 min did better than a weeks worth of my teachers teaching
Your video really helped me get through this lesson. I believe it had something to do with the way that you broke up the solution process. Thank you so much.
Really helpful and figured out exactly what I needed to know, thanks!
hi, for the domain of the third graph, shouldn't it be 4 instead of -4?
나도 이게 이해가 안되네
I have the same question😐
It should be D (- infinity,4) U (4, infinity)
I had same problem
Yes it is +4
Thank you. This is going to help me so much for my math college courses. Thanks a bunch.
Studying for my high school math cert. You are a lifesaver.❤❤
taking calc over the summer so trying to get a head start thank you for your videos :D
you are such a g i think imma pass my exam bc of you!!
the domain for the last example is from negative infinity to 4 and from 4 to positive infinity. you said it was up to -4 which is wrong
Glad you learned!
All your tutorial videos have helped me a lot. May the good lord bless your work.🙏💯
At 23:10 shouldn't the domain be (-infinity,4)union(4,infinity)instead of -4?
i think so
should be +4
i was bout to comment that...
It should be +4
yeah I stopped at 23:10 to read comments. I knew someone intelligent would comment :)
How about this if I say
Domain =(-infinity,-1)u[-1,4)u(4,infinitey)
Is that right or wrong?
You make my professor look bad, I’m actually learning and I haven’t recalled a moment in life where I actually learned since I took geometry in my sophomore year of highschool so thank you
When I learned about Limits last week on college, I went full Cady Heron in my mind =]
Always appreciate a mean girls reference 😌
u study this in college???
@@krkmjr8429 it was university to be exact.
@@krkmjr8429 you have to know how to graph piecewise functions to evaluate limits in college
@@nandolance91 yea im learning graph rn on high school
23:10 hmm should be +4 not -4
Oh thnak you thought i was wrong
Yes
Yooo, I was thinking the same thing
you are a life saver...
its 2022 and your videos are still useful
why can't I understand this WTF
Same. 😔🤜🤛
omg Kageyama LMAODKD but SAME OML
Well I'm dead
Yo bro this is hard asf my nigga
Learn functions, finding domain and range, graphing functions first
this guy is so calming
OMG THIS VIDEO HAS EVERYTHING I NEEDED. THANK GOD I WILL PASS MY CALCULUS 1
calculus 1 I’m learning this in algebra 😭😭
@@btslover2.048 same alg 2
At 21:31 why did you plug in 6 if you can do 5? please enlighten me, thanks in advance :)
@23:52 WHY IS -3 included and not excluded?
At 23:50 isn't the "-3" supposed to be in parentheses() rather than brackets [ ] because technically it doesn't include -3...??
Yes exactly
If you look at the graphI -3 is still included because the domain goes to the left continuously
Gabe Baste But it’s in regards to range not domain, therefore shouldn’t it exclude the -3?
Is it true that if you take MJ it would be easier for you to memorize readings? dos it also apply to mathematical formulas?
Thank you so much! This helped immensely :)
21:31 why did he plug in the 6 was just random or did he have something else done before hand. thank you in advance
My question refers to the 2nd problem. Now im fully aware that you can't have a negative under a radical but hypothethically speaking what it you had a function of -x under a radical for x less than 0, how would you solve that?
It isn't possible unless you use complex numbers
champ you are the best
Can someone explain 4:01 ? Why did he start with y intercept? Why doesnt both ends go infinite and only one has the arrow?
23:00 domain would be from negative infinity to 4 union 4 to +inifinity right; not negative 4?
yea
MR. Organic Chemistry Tutor, thank you for another off the mathematical charts video on Graphing Piecewise Functions, Finding Domain ,Range ,Limits, Continuity and Absolute Value. There is a possible error on the range where you have [-3,-3], please check video.
For the range of the last question, shouldn't it be :
R(-3, - 3) U [0, 3) U (3, infinity)?
Pls, respond to this; so I can get it clarified. Thank you very much!
Love from 🇳🇬.
big respect
Do you have video about piecewise function for wind direction with angle please
Wooa! I just hit on it now!
Do not bother. I just thought better of it. For the first case, y = - 3; so, it is not dependant on x. Hence, we are safe to say the range of values starts from - 3 since y is - 3.
At 23:00 there is a mistake. We're only human. Could you put something in the video description to correct that? Thanks.
ok , I like this solution in this video .
The organic chemistry tutor saved my life🥲
I'm a little confused...Shouldn't the first problem's range include the discontinuity on the y-axis?
Can I hire your brain for like every second that Im alive?
What is the value of f(x) if the corresponding y-value is neither a hole nor a solid hole but just a line. Do you read off the graph ?
I would say you would have a horizontal asymptote giving a domain of (-infinity, infinity) and the Range is [1], the limit as x approaches -infinity is -infinity, and as x approaches +infinity is infinity.
Thanks!
THANKS ALOT BOSS!
if 1/x only allows negative numbers according to its instructions how is it its range includes negative infinity?
bro thanks so much
Is it even possible to find the range of such piecewise functions without plotting graphs?
thanks
tnx bro
At(- infinity,4)U(4,+infinity)
isnt the domain suppose to exclude 4 not negative 4??
yeah i was wondering the same this
i am confused with the use of ( ) and [ ] or [ )
You use "(" when the inequality uses less/greater than, while you
use "[" when the inequality uses less/greater than OR EQUAL TO.
Examples:
x < 2 = D(-∞, 2)
x ≥ 3 = D[3, ∞)
3 < x ≤ 8 = D(3, 8]
2 ≤ x ≤ 6 = D[2, 6]
thanks julio
how do you know when to put an open or closed circle when graphing?
let's say if x is equal to or greater than 2, a closed circle should be used. If x is simply greater than or less than 2 but not equal to 2, then an open circle should be used.
oh ok thanks man
4 years :(
At 24 minutes you said that it doesn’t include -4 but I think you meant it doesn’t include positive 4
If doesn't have any equal sign means open circle?pls enlighten me
Yes
In 23:02 why did you take negative 4 in the interval of domain?
Can somebody please clear this doubt?
I guess that was a mistake, also I guess the range should be from [-3,3) union (3,+infinity) not [-3 to -3).
oh god,thatswhy this topic was so tuff,i never attempted this part in exam.and still mind become mouf.
shouldn't the x asix of radical function start from 4 because we cant take 1 as it is stated in question x>1 ( not equal to 1 )
hello, how did he find f(4)=6 in the end?
Are you an AI?!
Cos you're so cool.❤
For the last one, the range should be [-3,0] U [0,3) U (3,infinity)
there's nothing there between -3 and 0
question, can't I directly answer [-3,3)U(3,+∞)?
@@enriquezmatheorainiellen.8155 that’s what I thought so as well. I’m confused about the range in last question.
At 21:18 why would you plug in four when it not x is greater than or equal to four it just x is greater than four, wouldn't that mean that four is not included in domain, why not use five?
I just realized that four is included, I was only thinking of 2x-5 as an individual function, 4 is included because of the second rule in the piece wise function my bad.
same question
sir u r great
In domain +4 is not included not -4 ,,point of correction
tysm
F of 4 is equal to 6...is this correct?
No, it should have been 3. Using either the absolute value equation or the linear equation you get 3.
@@lanaichild926 im confused because of this as well, how did he get 6??
Hanani tngok ni , aku kt comment
Ya sayaaaaaaaa
Abg kt video tu beleter ape , tam pamham amkum
hi.. can i ask one question?
Why do we need those red statements?
The guy is dangerous
why was x-1 equal to 0 became 1/4 x?
fr he should say every step so we can learn
The domain for the last piecewise function should be 4 instead of -4.
Yes
22:51 sec the domain will be R - {4} not -4
23:08 why is -4 in the domain?
Can someone tell me where did he got 6 from at 21:33 I am so confused :(
you can use any number, as long as it's greater than 4, hence the x > 4.
@@CriVal4 so if it any number greater than 4, will it still be an open circle or will it be closed??
@@August00098 hmm, it's been so long I have forgotten T-T, but my assumption is put open circle only if you've reached the limit given on the condition, on the video it was 4 and -1
te amo
o chem broski I love you
iam talking about question 2
In last example the domain is wrong. It is 4 not negative 4
as you can tell id rather be around loved ones and not associate with people i have no clue about. It was a mistake, a massive one to be frank
different values and different aqpproach to business and frankly life. this is the end to whomever is inside my business
y do u feel entitled to me? ask yourselves that.
ik watever i say doesnt matter cuz im a 2d caricature and have been for a long time to many of u
its+4 not -4
Before to solve the question plz sir define the topic first.
Naimatullah Khan it is truth he has other videos on this mate...
@@DragonKidPlaysMC send a link plz
I just came to know that his name is Julio Gonzalez
basic high school level !
Number one thing is these videos don't explain how they get the answer they just know so they write it on the graph but never explain how they got it
good video but just not as long tho👍
i still dont get domain and range its so confusing
can I ask for help?
Isn’t 3 not included
How come he uses y intercept and then sometimes says fuck it
x --> + infintity, means x aproaches infinity from the right !!!!! not from the left !!! this is completely wrong
What? no. It means x is approaching positive infinite.
bahahahah, no. how could a value approach positive infinity from the right? that would mean X is greater than infinity, i.e. not possible. Think about that for a second...
X approach + infinity means it approach from the left, and x approach - infinity means it approach from the right.
So glad your here hahahaha