Indefinite Integration | One Shot | #BounceBack Series | Unacademy Atoms | JEE Maths | Nishant Vora

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In this JEE 2022 session, Nishant Vora Sir will be discussing Determinants in One Shot for JEE Main & Advanced 2022. Here, Nishant Vora Sir solves various examples based on the topic of Determinants for JEE Main & Advanced 2022. Nishant Vora Sir also shares his various preparation strategies which will help you to crack the JEE Main/NEET Exam. Watch This video to know all about Determinants.

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#UnacademyAtoms #BounceBack #Determinants #NishantVora

[omdapke]

lecture starts: 5:00
techniques: 17:03
substitution and loving integrals: 01:01:09
break: 01:36:40
integration by parts: 02:02:30
Inegration by partial fractions: 02:56:28
integrals of trigonometric functions: 03:34:05
Break 04:04:20
resume 04:30:00
integrals of quadratic 04:54:55
Integrals of irrational functions 05:08:26
Reduction formulae 05:38:07

[baidik]

37:11 Take The highest power common and make all the powers negative.
48:56 Whenever Two brackets are there in denominator with higher degree always try to make p/q format
1:09:25 Important substitution illustration.
1:25:24 Where to use loving integrals
2:09:50 Considering invisible functions for integration by parts formula
2:11:55 Recurring functions ( Generally happens in the case of an exponential × trigonometric function case)
**2:14:45 2 Special Cases of integration + All Illustrations Till 2:43:00
2:44:29 Shortcut for Integration by parts of higher derivatives
3:02:28 Integration by partial fraction
3:23:05 Condition for partial differentiation
3:31:13 Partial fractions involving only even powers
3:35:28 Integrals of trigonometric functions (quadratic/linear in denominator). Check All cases
5:09:33 Integration of irrational functions
5:38:33 Reduction formulas + Derivations + 1 important example

[divyanshyadav]

37:11 Take The highest power common and make all the powers negative.
48:56 Whenever Two brackets are there in denominator with higher degree always try to make p/q format
1:09:25 Important substitution illustration.
1:25:24 Where to use loving integrals
2:09:50 Considering invisible functions for integration by parts formula
2:11:55 Recurring functions ( Generally happens in the case of an exponential × trigonometric function case)
2:14:45 2 Special Cases of integration + All Illustrations Till 2:43:00
2:44:29 Shortcut for Integration by parts of higher derivatives
3:02:28 Integration by partial fraction
3:23:05 Condition for partial differentiation
3:31:13 Partial fractions involving only even powers
3:35:28 Integrals of trigonometric functions (quadratic/linear in denominator). Check All cases
5:09:33 Integration of irrational functions
5:38:33 Reduction formulas + Derivations + 1 important example

[agnivahait-eipq]

thanks @divyanshyadav2920....just for personal
37:11 Take The highest power common and make all the powers negative.
48:56 Whenever Two brackets are there in denominator with higher degree always try to make p/q format
1:09:25 Important substitution illustration.
1:25:24 Where to use loving integrals
2:09:50 Considering invisible functions for integration by parts formula
2:11:55 Recurring functions ( Generally happens in the case of an exponential × trigonometric function case)
2:14:45 2 Special Cases of integration + All Illustrations Till 2:43:00
2:44:29 Shortcut for Integration by parts of higher derivatives
3:02:28 Integration by partial fraction
3:23:05 Condition for partial differentiation
3:31:13 Partial fractions involving only even powers
3:35:28 Integrals of trigonometric functions (quadratic/linear in denominator). Check All cases
5:09:33 Integration of irrational functions
5:38:33 Reduction formulas + Derivations + 1 important example

[kamleshsilawat]

Sir aap bohot hi shandaar pdhate ho. Believe me. Me aapka bohot pda fan hu. Sir aapki ek-ek video dekhta hu bounce back series ki. Love u sir.

[stevejoel]

THE LECTURE STARTS: 5:00
TECHNIQUES: 17:00
SUBSTITUTION AND LOVING INTEGRALS: 01:01:08
BREAK: 01:36:40
INTEGRATION BY PARTS: 02:02:30
INTEGRATION BY PARTIAL FRACTIONS: 02:56:28
INTEGRALS OF TRIGONOMETRIC FUNCTIONS: 03:34:05
BREAK 04:04:20
RESUME 04:30:00
INTEGRALS OF QUADRATIC 04:54:55
INTEGRALS OF IRRATIONAL FUNCTIONS 05:08:26
REDUCTION FORMULAE 05:37:07

[cyberbyte]

2:43:43 For those who did not get the ans, take (-4x^3)--->t and break x^5 in terms of x^3 * x^2 and then use by parts

[siddharthkar]

Being a neutral we have to agree that unacademy has the best content compared to other platforms on YouTube!

[anirbannath]

thanks @divyanshyadav2920 for this just put for mine

37:11 Take The highest power common and make all the powers negative.
48:56 Whenever Two brackets are there in denominator with higher degree always try to make p/q format
1:09:25 Important substitution illustration.
1:25:24 Where to use loving integrals
2:09:50 Considering invisible functions for integration by parts formula
2:11:55 Recurring functions ( Generally happens in the case of an exponential × trigonometric function case)
2:14:45 2 Special Cases of integration + All Illustrations Till 2:43:00
2:44:29 Shortcut for Integration by parts of higher derivatives
3:02:28 Integration by partial fraction
3:23:05 Condition for partial differentiation
3:31:13 Partial fractions involving only even powers
3:35:28 Integrals of trigonometric functions (quadratic/linear in denominator). Check All cases
5:09:33 Integration of irrational functions
5:38:33 Reduction formulas + Derivations + 1 important example

[krishnamayii]

When life gives u another chance to learn integration and master it!!!
Hats off to you sir 🙏🙏

[itachu.]

@omdapke2731
1 year ago (edited)
lecture starts: 5:00
techniques: 17:03
substitution and loving integrals: 01:01:09
break: 01:36:40
integration by parts: 02:02:30
Inegration by partial fractions: 02:56:28
integrals of trigonometric functions: 03:34:05
Break 04:04:20
resume 04:30:00
integrals of quadratic 04:54:55
Integrals of irrational functions 05:08:26
Reduction formulae 05:38:07

[godlfans]

I am in pw but i will always read maths by Nv sir

[shikharpal]

Sir please take one shot of statistics and mathematical reasoning please sir . You are blessing and disguise for sir aap jo padhate vo ekdam dimag mai utar jata hai . Thank you sir

[tochangg]

Chamka...?Arey chamka ki nai, kitne logon ko chamak gya...! Chamak gya hoga mere qayal se

[AkashAkash-linj]

Fact many of the students wont believe;integration is not so tough to solve, , but the questions were somewhat lengthy thats its, , so plz dont leave this chapter 🙏🙏🙏

[AkashAkash-linj]

Kudos to nv sir for completing this 6hr long lecture and my congrats to all the guys who had just completed in one sitting😊

[WAZIR_]

lecture starts: 5:00
techniques: 17:03
substitution and loving integrals: 01:01:09
break: 01:36:40
integration by parts: 02:02:30
Integration by partial fractions: 02:56:28
integrals of trigonometric functions: 03:34:05
Break: 04:04:20
resume: 04:30:00
integrals of quadratic: 04:54:55
Integrals of irrational functions: 05:08:26
Reduction formulae: 05:38:00
lec ends: 6:00:57

[komalkumari]

My all confusions in integration has been cleared now after watching this bounceback video... Just relaxing 😊 thanks sir for make it easy for us 🤞...

[mohammadfaizaan]

THE LECTURE STARTS: 5:00
TECHNIQUES: 17:00
SUBSTITUTION AND LOVING INTEGRALS: 01:01:08
BREAK: 01:36:40
INTEGRATION BY PARTS: 02:02:30
INTEGRATION BY PARTIAL FRACTIONS: 02:56:28
INTEGRALS OF TRIGONOMETRIC FUNCTIONS: 03:34:05
BREAK 04:04:20
RESUME 04:30:00
INTEGRALS OF QUADRATIC 04:54:55
INTEGRALS OF IRRATIONAL FUNCTIONS 05:08:26
REDUCTION FORMULAE 05:37:07

[mohammed_basheer]

Nishant vora sir you are so patient and hats off to you . Standing 6hrs for us ❤