Basic Integration Problems
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- Опубликовано: 6 мар 2018
- This calculus video tutorial provides an introduction into basic integration rules. It explains how to find the antiderivative of a constant k and how to use the power rule for integration. It also explains how to find the indefinite integral of trigonometric functions as well as the antiderivatives of rational functions and radical functions with cube roots. In addition, it explains how to integrate exponential functions such as e^x and how to know when to get natural log functions as the product of indefinite integration.
Antiderivatives: • Antiderivatives
Basic Integration Problems:
• Basic Integration Prob...
Indefinite Integral:
• Indefinite Integral
Definite Integral:
• Definite Integral
Differential Equations:
• Finding Particular Sol...
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Properties of Definite Integrals:
• Properties of Definite...
Rectilinear Motion Problems:
• Rectilinear Motion Pro...
Sigma Notation - Calculus:
• Summation Formulas and...
Riemann Sums - Area:
• Riemann Sums - Left En...
The Midpoint Rule:
• Midpoint Rule & Rieman...
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Finding Area - Limit Definition:
• Finding The Area Using...
Definite Integrals - Geometry:
• Evaluating Definite In...
Fundamental Theorem - Part 1:
• Fundamental Theorem of...
Fundamental Theorem - Part 2:
• Fundamental Theorem of...
Net Change Theorem:
• Net Change Theorem - C...
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Bro I love your video I'm 10th grade and I understand all of this easy
In all your videos you give the easiest questions to fool people into thinking they understand the material so they watch your videos more. All the examples you use are very basic and nothing like the questions that students actually come across in exams. A good teacher prepares the student for everything.
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the fact that u guys have to study this at uni and we've to study this in the 9th grade-
U guys didnt study this in school?
It's crazy how much a good teacher can make a difference. Thank you!
Exactly , I am in 9th grade and I am watching this! Wow!
I also watched integration and differentiation from Eddie woo, trust me it is worth your time
I like this man the organic chemist. He has made me a great mathematician. How I wish to know him personally and get in touch. I have understood a lot of concepts through him and Nancy. Mmmmm these two have made my calculus knowledge great. Sir and madam I love you. You really understand these concepts. I respect and salute you for the great work you are doing. Stay blessed all way.
@@didi4478 now what ?
Who’s Nancy?
@@chii2000 nancy pi
@@didi4478 yea, shouldn't your name be dd. Sounds better
@@didi4478 he's not a native speaker though he's doulingual 🤷🏼♂️
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0:37 Integrating a constant
1:11 Power Rule
5:05 Trigonometric functions
8:59 Exponential Function
10:15 Rational function
God send
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Julio, great job. I am in my 60s, I am taking 3 college math classes in one semester without watching your video clip, I would be lost and confused. Each college professor has his or her way of teaching. None of them teach as clear as you do. God bless you for your great work here.
I'm encouraged by your age as I am in my early 40s .
Octs name is Julio???
Very clearly explained. Allowed me to quickly refresh my memory, especially with regards to natural logs. Nicely done. Thanks!!
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I have been struggling with this lately , you made it look so easy. Thank you
Sir , you save lives.
Thank you for your help.
very soothing voice, I love math and integrals (never been that good at it) though, I leave this video in the background instead of background music!
you are the best teacher, i struggle a lot to understand this, you make it so simple for me. thank you so much again.
I came back after uni holidays with integration having buggered off out of my brain. This is a fantastic refresher and just super useful, thanks loads!
Mate, I had serious problems with this integration stuff. Your videos have been so useful for me. I appreciate it.
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Me too
I like it how u put *for me in ur comment
I agree
definitely
Ong
Never learned integration, and my statistics class is hell without it. This really explained everything I need, thank you
Integration was a mess inside of me but with your explanation it's organized well. Thank you & God bless you
This is my problem since I was like,,7th grade and now I'm on 9th grade and this helped me alot. Thank youu
I can just listen to you all the time without joining our Calculus virtual discussion lol
that's literally what i did lol
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Taking differential equations. I kinda blanked on all my integrals and had a tough time my first week. Taking time to re-learn this all. Awesome video. Thx BROODA
B+ even after getting Cs in Calc 1 and Calc 2. It’s POSSIBLE BOIIS
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i have a final tomorrow and im trying to learn integration today cus i didnt understand from our professor wish me luck :")
guys you keep me going.keep up the good standard
Thank you so much it was a great video to help me remember how to solve Integrals now that I'm returning to the university after 2 years of recovery as I suffer a Stroke in 2019 and affected my long-term memory
How are you doing?
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R E S P E C T
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You make me understand integration thank you sir
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These are great, and im learning a lot. But maybe consider re-arranging the playlist a bit. I guess it doesnt matter, but its a little out of order sometimes it seems.
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Done! Thank you!
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Thank you soooooo much Sir
love them, they're basically anti derivatives
The fact that out lecture gave us a question exactly like the one you said "it won't work" is killing me😭
On 9:59
Thanks alot.... your the best
Thank you very much Sir.
At 10:38 shouldn't there be absolute value signs around x? I thought when taking the integral of 1/x, it would be ln(|x|)?
Yep, you are correct! The proper way would be to use absolute value bars around the x.
Can someone explain to me the difference between 2:36 and 10:29?
why not use the power rule for some of the equations past 10:29?
You can, but you cannot use power rule if the given exponent is -1... Since the formula for power rule is (u^(x + 1)) / (x + 1), the denominator would result to 0, which would make it indeterminate...
thank you so much!
Professor Organic Chemistry Tutor, thank you for a fantastic video/lecture on Basic Integration Problems in Calculus. The only problem with this video is that the absolute value is missing after the ln at the 10:41 minute mark and several examples that follow in the video. Please correct these errors in the video.
Isn’t the integral of 1/x equals ln |x| + c ? Or is not important to have that absolute x?
Such nice lecture
fe^xdx = e^x / ( by chain rule, it's basically reversed it took × but now it'll be helped by division for reverse process.) dx/dx = e^x / 1.
Thankyou a lot Sir!
Thnx a lot !! ❤
Thank you very much
Thank you so so much!
where to post if I have any query ????
Kindly check at 9:38 minute video the derivative of 7x^-3 should be -21x^-2 before you proceed to give the answer. Thank you!
its 7 because its 7x - 3 not 7x^-3
buti nlng nalagpasan ko yan..muntik pa aq bumagsak jan
why is my hand not always writing the constant C number
It's a big task for me to remember to ad the c at the end everytime
ok teacher thank you for your learn mathmatics thanks
Under what condition that happened
And what is outcome of these formulas
I know Maths because of you
a short tip on how to remember the derivatives of trigonometric functions
must memorize= Sin U =( cos u) u' and Cos U= ( -sin u ) u'
u' is a function of x
Sec--> Sec -Csc
What is +c doing with every answer. Should we write +c with every answer even there is nothing to do with +c
Please explain this with examples
10:05 what is the answer plz can u say i would be grateful
what rule did you use in 12:20
I was once in this class 🙏❤️
oi thx mate im abt to start this unit in HS
thanks dude
How to know if Im going to use log or just normal integrating?
Thanks!
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Tq lecturer
Thanks
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If i became successful engineer its just because god showed me you
God"
you are just awesome
first year uni being asynchronus has fucked me in calculus, i didnt watch any of the videos on integration and i am lost af in the first week of second year... got a quiz in 5 days tryna catch up lol
10.46 - ln
5 devide by x ?
great
Ruwan Pradeep mu paharta krnawa ne bn.
It's help a loy