Angle of Dip in 2 Min | Most asked Question in Earth's Magnetism | JEE Main 2024 | Mohit Sir

[@mohitgoenka99]

🔥 +4 in 2 min Series jee main 2022 : bit.ly/3aamBrh 🔥 Earth's Magnetism kzbin.info/www/bejne/l2WmhWiri9x0gZY Important Link for JEE Main 2022 Aspirants for Physics: 🔥 Complete 11th & 12th Physics - Concept & Problem Solving : bit.ly/3iHEZdj

[@jatingupta1289]

thanks a lot sir , you are amazing .. bas ese 2-3 min me aadha syllabus revise kra do mja aa jayega

[@rahulranjan8589]

Sir , Your teaching style is very amazing. Please upload revision series

[@gourabpal5774]

1:46 Option 2....true dip is less than apparent dip as to calculate apparent dip, true dip is divided by cosθ (which is always less than or equal to 1)

[@princekumar540]

Right bro

[@pavitrabhargava3313]

No bro true dip is always greater than apparent dip.

[@ivangi631]

Wrong..... option 3 is correct....

[@a7prabhat21]

Option (2) is correct✅✔✔✔✅ true dip is less than apparent dip

[@swarnimsharma3363]

True Sir, I've also seen a lot of questions being asked especially on this topic of Earth's Magnetism but always had some confusion...Thank you very much for making a video on this

[@anmolpreetsingh1190]

Sir... I was getting 50-60 marks (in physics) in My mock tests ... Then I watched your revision videos in the last 2 weeks and made a strong command on the scoring chapters by practicing pyqs. Now in the last 2 tests I've got 83 and 88 respectively in physics... really looking forward to carry the momentum until my jee exams and get this score past 90...

[@mohitgoenka99]

excellent dear

[@vaibhavverma8372]

Awesome bro

[@gmnhate5861]

Whats your phy score in 1st session

[@anmolpreetsingh1190]

@@gmnhate5861 Probably 74 ( on the basis of the latest ans key)... I think those 2 80+ scores came on a relatively easier question & I feel this comment was a bit too emotional coz getting 90+ in physics is not my cup of tea yet...

[@itsSumitSharma]

@@anmolpreetsingh1190 🤌🏻❤

[@pratyushprasad4689]

Sir please make a video on graphs of emi chapter. 🙂

[@Life0867]

Tan theta des = tan theta / cos alpha where des theta dip & onoy theta wala tan trye & alpha any given angle ..day 16 dhanwad sirr

[@exctv306]

my ans : Option 2 ) true dip is less than apparent dip Thanks for this awesome session resepcted sir u r just incredible and thanks again ❤️🔥

[@mohitgoenka99]

very good

[@demonslayer2004]

Ans: true dip is less than apparent dip [B] Reason: becoz value of cos(alpha) < 1

[@prathmeshbhujbal3270]

True dip is always less than apparent dip as cos alpha

[@Jee-ln6xc]

thank you sir, this was one of the most confusing topics for me but its incredible how you explained it in just 2 mins that too with 100% clarity. Thank you so much for the efforts sir ji🙏

[@mohitgoenka99]

welcome dear keep learning

[@sudhirSingh-vl3wm]

Sir option b is the right answer Since cosalpha always smaller than or equal to 1 appraent dip will always be greater

[@soumyagupta7625]

Ans( 2) true dip is less than apparent dip .Because cos is a decreasing function

[@dk9846]

Q2 answer B. True dip angle always less then appriente angle bcoz alpha is less than 1

[@adarshpandey6014]

Answer of hw question is option (b) Thanku sir ❤️❤️❤️

[@yashasvisingh3825]

Sir, Answer is b Because denominator is less than 1 so apparent dip > true dip

[@mohitgoenka99]

very good

[@yashjha2727]

Sir (magnetism emi ac) or (ray optics wave optics emw) Which should I target first

[@mohitgoenka99]

2nd one

[@nextgenleader481]

the answer is OPTION 2nd :- the true dip is less than apparent dip thanks sir for this excellent series ☺️

[@jatingupta1289]

thanks a lot sir , you are amazing .. bas ese 2-3 min me aadha syllabus revise kra do mja aa jayega

[@sudhisundardutta507]

The correct answer is option (b). True Dip is less than Apparent Dip as (cos(alpha)

[@navnishranjan2008]

option 2 will be correct answer as tan(theta)=tan(theta*)cos(alpha) since cos(alpha) is constant and its value range from 1 t0 0 implies that tan(theta)

[@mohitgoenka99]

very good

[@gulhusain6015]

Answer is (B) True Dip is less than apparent dip True Dip = Apparent Dip × Cos(α) Since cos(θ) is always less than 1

[@dhardhar2005]

true dip tan theta= tan phi * cos alpha since cos alpha

[@mohitgoenka99]

very good

[@notstudious3021]

just cuz' the maxm value of cos theta is 1 ...nd angle will always be greater than 0... so.. That's y..b initially I was thinking option c..😓🙃🙁

[@saurabhkumar-tb6zj]

B as in any other meridian than magnetic meridian there will an component of horizontal magnetic field which is always less tha n horizontal magnetic field and for which it's dip is greater than true dip

[@AnujSingh_5]

True dip always less than Apparent dip.. (2nd) option. Thanks..

[@mohitgoenka99]

very good

[@ankitsaini1907]

B option is correct ❤️

[@kanishkaggarwal7600]

option 2] as for finding apparent dip we have to divide true dip by cos theta and whose value is between 0 and 1

[@vinay_007_sn]

Sir meri apki wajah se april me 98%ile aai physics me , pehle , jan me 94 hi thi 😢😮😂😅

[@harshapatil4632]

Pls make a video on infinite collision type...

[@theshining23]

Seriously 4mark from 2min video Amazed by ur teaching skill and effort sir...❤🙏🏻

[@mohitgoenka99]

very good

[@eternalsunshine9762]

Ans is (2)true dip is less than apparent dip.. Since Cos(alpha) is less than 1

[@beastpaarthsarthi91]

Thank You so much sir these amazing videos ,they are very helpfull🙏🙏🙏. Answer is option (b).True dip is always less than apparent dip. Because Cos'Alpha' is always less than 1.

[@mohitgoenka99]

very good

[@rono_5_dors]

These +4 marks series is very much helpful Thankyou sir Option (b) Cos alpha is less than 1 Tan phie'>tan phie

[@mohitgoenka99]

very good

[@priyanshsahu2294]

(B) is correct answer as TRUE_DIP=COS (APP. DIP) thus true dip angle decrease

[@mohitgoenka99]

very good

[@darshanpatil2875]

Emi & AC also on kinematics graphs, rainman, boat, aeroplane problems ❤❤❤

[@factshack9193]

Diy que ans : B Because 0

[@arnavgupta4925]

answer is b THANKYOU SIR

[@abhijeetaghade3266]

Option 2 Cos alpha × tan Theta prime < tan theta

[@gayatribharti9123]

Done angle of dip Nice explain sir👍

[@harshshah1818]

B is correct conceptually ✌️

[@biswajitsarkar9246]

1:49 ans 2

[@krishgandhieducation6063]

u r the best physics teacher..... u build my confidence for jee 2022

[@asifraza8298]

sir alpha ko hi angle of declination kahte h na? option B is correct.

[@mohitgoenka99]

yes very good

[@hemantpratapsingh7006]

(B) True Dip Always less than apparent dip

[@Shubhamunsolved]

Option 2 shi hai.....

[@nehagarg4007]

Option (b) is correct as cosα is less than 1 thus true angle is less than apparent dip

[@amarjeetkumar-jj7it]

Option 2 is correct sir because cos is lies between -1 to 1

[@siddhantshorts130]

ANSWER 2 BECAUSE IF WE MULTIPLY APPARENT DIP WITH COS @ WHICH VALUE IS ALWAYS LESS THAN OR EQUAL TO 1 .WE ALWAYS GET LESS VALUR

[@kedareswarp7402]

I just shocked that i was going to search for this topic KZbin recommend the video of the best Physics channel Thank you so much sir

[@mohitgoenka99]

welcome dear

[@ayushisingh3090]

This series is awesome... Thanks a lot sir

[@mohitgoenka99]

welcome dear

[@manishacharya2754]

B option is correct cos alpha

[@Slayyer3038]

QNo.2 Answer- (B) True dip is less than apparent dip.

[@mohitgoenka99]

very good

[@Hustler092]

Hw~ option 2 ✅ Easy peasy question 🤟🏻

[@yashikananda1828]

Thanks sir 🙏

[@PrachiBansal-e3m]

Sir is this bideo needed for 2024 or we can skip this..... please answer if wiuld really help me.... lovely playlist ❤❤❤

[@SrinjoyPramanik1174]

The answer is option(2) as cos alpha is always ≤1

[@mohitgoenka99]

very good

[@lilydey23]

HW Ans (2) Thank you Sir 🙂🙏

[@mohitgoenka99]

Right answer

[@aditivishwaskamble3525]

Thanks sir for another great video, answer should be option B as cos alpha is always going to be less than 1

[@ibelongtohogwarts]

True dip is less than apparent dip.sir is this correct?

[@mohitgoenka99]

very good

[@DeepakKumar-kw8ex]

Thanku sir Option b

[@Fluorine050]

Home work answer option 2

[@suneelverma7327]

Option) 2nd bcz cos @

[@bb4385]

B option is correct sir because denominator meh cos(alpha) hai

[@vaishnavi6483]

Sir suggest the video fir the direction of magnetic fields when electric field is given how to decide the by seeing the sign k and w in which direction is the propagation of light. I m little bit confussd

[@vaishnavi6483]

Sirr plz reply??

[@krishnasinghal5734]

Option (b) is my answer .

[@mohitgoenka99]

very good

[@partikiitian8482]

Sir please help me that I prepared 10 chapter in depth but what i do for remaining chapters (solid and fluid, sound wave, wave optics and ray optics, gravitation, shm, magnetic effect of current,wep,com and collision, rotational) . Can i read only short notes of these chapters and watch your 4 marks playlist.

[@sankalpbillaiya1030]

Sir in the last Question option 2 is correct??

[@mohitgoenka99]

very good

[@Abhirekh]

Kya billi

[@aryankumar2549]

Kya billi answer dene baad to chehra pe pura khusi aur muskan aa gaya hoga

[@aryankumar2549]

Aaj tumko mera taraf se 1 litre doodh

[@sankalpbillaiya1030]

@@aryankumar2549 jaldi do

[@teja868]

Thank you sr for the video and answer is option B

[@mohitgoenka99]

very good

[@angelkiran9393]

sir, please provide all the pdf of the +4 marks in 2 min sessions🙏🙏🙏

[@AshutoshSingh-sq5sn]

Thnx guruji 🔥🔥

[@farista4667]

Sir option 2 will be correct

[@pradhyumnapurohit1284]

Ans- (2)

[@Code_eat_sleep]

Thank you sir . These short concept videos are really helpfull . Plz increase the frequency if possible .

[@mohitgoenka99]

I will try my best

[@monikakhandelwal5505]

Plz bring a session on significant digits

[@dhwananbharadva5756]

in Homework question , option (2) will come , that's why to align plane of dip circle with Magnetic meridian , they find minimum apparent dip angle .

[@mohitgoenka99]

very good

[@Atharv_Vlogs]

homework question answer will be option 2. as because cos alpha is decreasing function from [0,pi] and its value is always going to be less than 1 in this case..

[@mohitgoenka99]

very good

[@manojess]

Option 2 -Tan(teeta’)

[@tushargupta6132]

Ans is B, cos always less than 1

[@vansh7311]

sir i m getting option B correct?

[@mohitgoenka99]

very good

[@pulkitsinha3137]

Sir i have so much faith in your videos that i first like them then i start watching them. Thank you for such beautiful explainations of various topics. Your RBS and Revision Series playlist are so helpfull in this last moment. I really appriciate your hardwork ❤❤ Keep up the good work 👍🏻 Thank you 😊

[@mohitgoenka99]

So nice of you

[@yo-jo5vf]

Sir there are simple things in emi and ac which require just formula Please mainly cover AC

[@ayushkumar9527]

Answer: Option 2

[@based6983]

SIR THIS SERIES IS VERY HELPFUL SIR, NEXT TRANSISTOR PLEASE (SEMICONDUCTOR)

[@botarun8781]

true angle is greater than apparent angle, if we multiply some quantity to tan theta dash we are getting tan theta

[@lohithduba577]

Sir please make a video on how to solve questions on calorimeter quickly 🙏

[@dpedias4058]

answer is 2 kal hi iska ques lagaya tha sirrrrr learned the concept loved the video

[@mohitgoenka99]

very good

[@grandson_f_phixis9480]

Option 2 is correct Thanks sir 👏

[@Free_classes183]

Ans 2 true dip is lesser than apparent dip

[@yangehwarsahu4795]

option 2 kyu kicos alpha one se chota hoga tbhi koi angle bnega jiski wjh se true dip less than apparent dip hojayega thanku sir ji

[@skdubeyenglish]

Ans B

[@mohitgoenka99]

very good

[@talkwithjatin155]

option 2 is right answer .......

[@sanskritikhairnar1955]

Ans (2)

[@mohammadsanaullah2401]

Answer B hoga bachaa log♥️♥️💖

[@worldclassediting1843]

Option B. True dip is less than apparent dip.

[@sakshisinha7919]

Answer-) option 2

[@RAJKUMAR-el3lj]

Sir please have a video on cavity problem also!!! Thank u sir

[@mohitgoenka99]

Cavity Based Questions in Physics kzbin.info/www/bejne/aX_EiH6Bftabbs0

[@radharaman7106]

Sir I m very lucky to find you Sir my mock test marks increases day by day in physics

[@theshining23]

Dear sir it's very helpful series please increase its frequency I really liked this series seriously sir ur way of teaching is Amazing thank you so much....🙏🏻🙏🏻

[@mohitgoenka99]

So nice of you

[@anubhavsingh1807]

Ans (B)

[@mohitgoenka99]

very good

[@sanjaykumargupta4169]

Very nice video i hve seen firstly from phy wallah one shot but i can't understand then i got ur video