Determinants | One Shot | #BounceBack2.0 | JEE Maths | Nishant Vora

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In this session, Nishant Vora will be discussing Determinants from BounceBack 2.0 for JEE 2023/24

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➤ About the Educator: Nishant Vora sir done his B.Tech from IIT Patna and having 7+ yrs of teaching experience. He trained lot of studnets to achive their dreams.

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#determinants #bounceback #jee2023

[VIKRAMKUMAR-eyyf]

TIME STAMPS :-


Start - 6:23
Det of 2*2 - 10:30
Minor - 14:40
Cofactor - 18:45
Expanding - 22:24
Shortcut (rule of sarrus) - 33:51
Properties of Det - 39:01
Elementary transformation - 1:33:35
Break 1 - 2:07:46
Advance Questions (det + complex no's) - 2:31:12
Special Determinants - 3:22:23
Break 2 - 3:56:30
Methods to solve system of linear equations - 4:19:42
Cramer's Rule for Homogeneous Equations - 4:35:12
Matrix Method (Gauss-Jordan Method) - 4:41:45
Questions - 4:45:24
How to Differentiate a Determinant? - 5:37:18
Cayley-Hamilton Theorem - 5:43:30

Thank You - 6:00:07

[stable]

55:00(pyq), 1:12:44(pyq, adv22), 1:24:00(pyq), 1:30:29(pyq, ans on 1:49:40 par), 2:01:39(pyq, Adv 16), 2:35:10(pyq, adv 10), 2:43:03(adv 13, multiple options correct), 2:49:51(adv 11), 2:57:52(pyq), 3:04:33(adv 22, imp observation odd order skew symm ka determinant is 0 and koi bhi skew symm ka diag elements are all 0 + conditions pe dhyaan dena), 3:29:14(Concept: xyz wala term create krna), 3:38:21(adv 15, multicorrect), 3:45:12(pyq), 3:51:35(pyq), 5:16:06(adv, 2022: opt elimination se chal), 5:30:32(adv, 21), 5:44:02(caley Hamilton theorem)

[Bitsian_Deepak_Chowdary]

Start 6:23
Det of 2×2 10:30
Minor 14:40
Cofactor 18:45
Expanding 22:24
Shortcut ( rule of sarrus) 33:51
Properties of det 39:01

[Unknown_das]

Srila Prabhupada ki jay


Thank you soldiers of chaitanya mahaprabhu and srila Prabhupada.
I don't know this many Soldier's of prabhu pada is preparing for IIT

[jeeadvanced]

5:43:19 THIRD DETERMINANT, 3RD ROW, 1 ST COLUMN, VALUE SHOULD BE -1 AFTER DIFFERENTIATING AND ans of d = 8

[raktim_]

#MISSION_JEE2024
TIME STAMPS :-


Start - 6:23
Det of 2*2 - 10:30
Minor - 14:40
Cofactor - 18:45
Expanding - 22:24
Shortcut (rule of sarrus) - 33:51
Properties of Det - 39:01
Elementary transformation - 1:33:35
Break 1 - 2:07:46
Advance Questions (det + complex no's) - 2:31:12
Special Determinants - 3:22:23
Break 2 - 3:56:30
Methods to solve system of linear equations - 4:19:42
Cramer's Rule for Homogeneous Equations - 4:35:12
Matrix Method (Gauss-Jordan Method) - 4:41:45
Questions - 4:45:24
How to Differentiate a Determinant? - 5:37:18
Cayley-Hamilton Theorem - 5:43:30

Thank You - 6:00:07




55:00(pyq), 1:12:44(pyq, adv22), 1:24:00(pyq), 1:30:29(pyq, ans on 1:49:40 par), 2:01:39(pyq, Adv 16), 2:35:10(pyq, adv 10), 2:43:03(adv 13, multiple options correct), 2:49:51(adv 11), 2:57:52(pyq), 3:04:33(adv 22, imp observation odd order skew symm ka determinant is 0 and koi bhi skew symm ka diag elements are all 0 + conditions pe dhyaan dena), 3:29:14(Concept: xyz wala term create krna), 3:38:21(adv 15, multicorrect), 3:45:12(pyq), 3:51:35(pyq), 5:16:06(adv, 2022: opt elimination se chal), 5:30:32(adv, 21), 5:44:02(caley Hamilton theorem)

[fatbatman]

54:56 question 1
4:22:51 cramer's rule

[AniketKumar-oydt]

2:38:05
2:43:11
2:50:07
2:55:09
2:57:34
3:06:20
3:45:39
4:26:49
4:33:44
4:35:27
4:49:34
5:08:26
5:38:18
5:43:52
5:46:18
5:54:36
6:00:16

[shreyasjogdande]

5:00:23 solution is 1, 1, 2 sir has bymistakely written 0, 1, 2

[SakshiSingh]

2:35:34, how would we know that w is a cube root of, bcoz in the que
It is said that "w be a complex no.", ,But it may be any complex no. ...
Only it's represented by w, , it may be z also 🤔🤔

[Gulshan_kumar]

Sir 5:00:15 pr Value D1/D= 1, D2/D= 1 D3/d=, 2 (1, 1, 2) aayengi usme wrong ho gya ha aapse

[vkmasti]

Break start 2:07:58
End 2:31:12
2 Break 3:56:13
End 4:19:42

[ArpitaArya-gw]

1:36:52 1:39:26 2:45:31 2:51:28 3:02:09 3:05:31 3:13:26 3:27:49 3:29:50 3:35:06

[adityakumawat_]

M advanced 2022 me 3 no. Se rh gya tha math me ….kaash jis tarah se ab sir etna aasaan bta rhe hai m bhi soch pata 😢😢

[priyanshusingh]

4:58:43 pe jo D¹ hai wo wrong hai waha -20 hoga

[ArpitaArya-gw]

29:12 37:49 42:20 47:52 54:18 1:05:01 1:07:34 1:16:26

[dharmendrapopat]

#OUTSTANDING LECTURE ❤️ NV sir op 🎉🎉🙏🙏....
#COMPLETED Thodi voice low thi sirrrr...
Btw lots of love from Gujarat 🎉❤️

[H_I_T_L_E_R_]

1:44:59 SIR ISME DIRECT (R1 –> R1-R1) YA ( C1–> C1-C1) HO SAKTA HA KYA

[navtejsingh]

4:59:20
A minor mistake
The solutions are 1, 1, 2

And the answer of last question is *4* i.e. *option D*

[DCSIFORIT]

sir you are unique... just watch it without a doubt...