Alternating Current July Attempt Solutions of JEE Main 2022 | Physics PYQs | Eduniti | Mohit Sir

[@mohitgoenka99]

In this video Mohit Goenka Sir discusses all 11 questions asked on Alternating Current July Attempt JEE main 2022. 😍 Just in Rs 99 get all Physics Concepts, Chapter wise PYQs (2019 to 2022), Tests and How use web version - kzbin.info/www/bejne/fWmxgaCXrrlmgpo 👉July Attempt Chapter Wise Solutions Playlist Link - bit.ly/3LeU4zB 👉June Attempt Chapter Wise Solutions Playlist Link - bit.ly/3AHXgjJ

[@SHIVAPREETHAM]

AC-REVISE💥 7:11[Good Question] 17:37[Remember the Concept] 22:09[Ammeter Measures Irms]

[@mohitgoenka99]

keep learning dear

[@yashkabra6266]

I wish that one after 1 aur 2 year this channel has millions of subscribers because Mohit sir deserves .

[@architojha000]

after 2 year - 483 K ( 02-01-2025)

[@shenlong027]

Sir Aapke Dedication Ka 10% bhi mil jaye toh koi bhi exam clear ho jayega 😁

[@aryanbansal9699]

Le aa bhai itna dedication.. Maine mehmat kari 99.7 percentile aaya sir ke channel se

[@meshvpatel6112]

mene sir ki chhenal se only july month me prep ki thi or july ending me exam tha mere 97.50 PR aa gaye only 25 days me .. le aa utna dedication

[@aryanbansal9699]

@@meshvpatel6112 exactly

[@jeekingdom620]

@@aryanbansal9699 bhai aapka mains mein kitna aaya hai

[@jeekingdom620]

@@meshvpatel6112 bhai kya sir ke content se 99 aa sakta hai

[@kushalmohan2665]

1. Wr only depend on L and c only 2 metal detectors in reasonance In Ac Q4 at high Frequency Xl=wL , it tend to infinite so it will. Treat as open circuit Xc =1/wc, Xc tend to 0 so it will be replace by plane wire vice versa in both Q5 Q6 at f 60% lower than mean. That we should take 40% 8 bandwidth =W1-W2=R/L 9 transformer question Q10 Ac ammeter read Irms

[@mohitgoenka99]

keep learning

[@chandanmaths1729]

Maine 6 question me se 5 question khud se video pause karke solve Kiya hai and Maine dekha ki question only board level ki knowledge per solve ho gaye Thankyou sir Your way of teaching is best

[@Anurag-cy9xd]

1:37 theory op 4:42 what a concept 😮 10:26 must do question 13:41 important 17:24 small point that voltage leads in the inductive circuit 18:39 w2-w1 =r/l 23:18 ac ammeter measures I rms 24:23

[@mohitgoenka99]

well done on completing it keep learning and solving

[@samarkodwani4156]

for personal use 3:03 repeated question 6:20 nice question 8:54 again, a nice question 16:50 good for understanding phase difference wale questions

[@mohitgoenka99]

well done

[@noobdev99]

For juniors If you find trouble in EMI don’t think you can’t do AC. Jee main AC circuit questions are super easy? Go for this chapter

[@yashwanthbhai19]

Bhai🙏🏽🙌🏽

[@ঋতভাষমল্লিক]

selection ho gya hai apka ?

[@mithhhilesh1]

😂@@ঋতভাষমল্লিক

[@sanjivshukla9362]

Bhai mujhe toh emi kae aasan lag rhe ac kae mushkil 😅😅😅

[@annyasinha6996]

Ac questions are just formula based​@@sanjivshukla9362

[@Prakharbandi]

Thankyou Sir! revise a.c 6:30 13:15 18:50 revise current variation with w 20:40 good one 25:30 indirect

[@mohitgoenka99]

well done dear keep solving & learning #learnlikeneverbefore

[@Jeetard23]

Sir’s ‘’Mudde ki baat hai’’ And ‘’Badhiya hai’’ Has a separate fanbase❤

[@AbjsirStudent]

This FELLOW becomes ......❤😂

[@nitinmallela1706]

​@@AbjsirStudentHaa bhai😂

[@Shitalshaw2620]

Whenever I come to solve pyq through sir's vedios _First of all I hit the like botton then start the vedio...👍🏻_ *Only and only because of being such a great teacher of PHYSICS...😎😎*

[@mohitgoenka99]

lovely dear keep solving & learning #learnlikeneverbefore

[@scattered_alpha_particle]

maza aagya question karke sir🔥 [scroll away] 2:17 conceptual 6:20 badhiya sawaal 12:38 method 17:21 phase par attentive 18:24

[@Comedyviral9934]

Fo personal use😊 Q 5 try again 11:16 good problem 👍

[@StudyAura_]

For self: 5:00 Q4 (many in one) Q5 14:06 ;-make calculation easy 16:24 ;-make calculation easy

[@NotEvenJatin]

bhai revise karle ye chap , jee aa hi gya bas ab

[@letscrackit1065]

Questions to revise :> Q 4 ( high frequency in ac ckt ) Q 5 ( lamp in ac ckt ) Q 6 ( also try it with shantanu sir's method )

[@sairajmahadik-d4s]

revision 11:11 {lamp wala best} 5:00 : {looks hard but chindi } 23:30 {tricky but easy }

[@mohitgoenka99]

very good dear keep learning and solving

[@AparnaJEE2025]

1. Resonance frequency doesn't depend on source 2. NCERT : metal detector carrying a metal object in your pockets it raises an alarm due to resonance in AC circuit 4. At high frequency Omega will be very large XL will tend to infinity and Xc will tend to zero as XL tends to infinity inductor will behave as an open circuit and Xc tends to zero capacitor will behave as a plain wire 11. Calculation error Thankyou sir 🙇🙇

[@mohitgoenka99]

very good

[@gojosatoru_247]

1:50 ncert 17:37 good one 7:11 power wala question

[@anshgoriyan1779]

thanku sir for this wonderfull video..i m directly watching video this time😁😁😊😊

[@mohitgoenka99]

All the best

[@adnanahmed3886]

@@mohitgoenka99 sir plz make the same session for jee advanced pvq

[@Jee-f7p]

Acchi revision ho gyi sir 2020 and 22 ke PYQs learning mode me solve karke ab 21,23,24 khud se karungi, thank you sir and just bless me ki I would be able to achieve 99%ile in jan attempt itself 😊😊🙏

[@mohitgoenka99]

well done on completing it keep learning and solving

[@DEV-r9z4n]

6:53 (damn good qs) 21:52-an ammeter(AC) measures Irms

[@SleepyAurora-wq6xl]

1:50 remember this 6:42 power 50W bulb to light (nice question) 22:08 remember this

[@mohitgoenka99]

very good dear keep learning and solving

[@__Mani4444__]

SIR IMMENSE RESPECT TOWARDS U SIR😍

[@mohitgoenka99]

keep solving, learning and revising #learnlikeneverbefore

[@excited0628]

Thnq sir ❤ For rev :- 0:51 did silly mistake 2:01 metal detector works on principle of resonance 23:52 doubt 🔴

[@ridereditz9989]

For Personal Revesion Power Factor = R/Z Hota hai Agar w(Frequency ha=igh hai) Xc ko plain wire se aur Xl ko circuit break karke Solve kro 7:55 (Resistance Kom Lamp banake Question Ghuma Diya) 10:00 Phase Difrrence Ke Roop Mein information Di hai 17:54 W1-W2 = R/L hota hai Question Transformer basic Formula V1/V2=N1/N2=I2/I1 (P=V^2/R) 22:50 Ammeter Humesha Irms CUrrent namta hai Note Very Imp Jab bhi Equation E=Enot(wt+- Fi) de To Erms Ki value = Enot/2^1/2 Leinghee 24:00 Language POadhke Information Nikalo

[@mohitgoenka99]

very good dear keep learning and solving

[@sameerkhan_iitb]

Thanks a lot Sir ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️ A day without Eduniti is a day wasted.

[@thewickedphenol007]

Completed July attempt.. Q4 - Potential to get repeated in 2024 exam Q5 - new qn Q6 - Here directly w will come and not source freq f thank you sir 🛐❤

[@mohitgoenka99]

well done dear keep solving and learning #learnlikeneverbefore

[@gargi5471]

4:42 7:36 11:24 Ac ammeter measures Irms .... ❤❤❤

[@mohitgoenka99]

well done dear keep solving & learning #learnlikeneverbefore

[@rahulsumanixdrollno8677]

7:21 lamp h isme toh sir resistance layeee hh isme 👍🌟🌟🌟🌟🌟🌟 12:32 omega mtb frequency toh vo iss formula se niklega ✍️✍️✍️ ampere se mili ampere m krne ke liye 1000 se multiply

[@harekrishna4353]

Sach me sir hm aapka jitna sukriya Ada kare utna kam hai aapka channel hm jaise bachho ke liye kitna faydemand hai mai bta nahi sakta 💞💞♥️♥️💯💯🤩 and thank u sir 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@sandeepdalal363]

Loved the session sir you are the best teacher I have come across thankyou for your effort sir ☺️

[@CR7_LM10_GOATS]

THANKYOU SIR FINISHED THIS SESSION....♥️ SIR CAN YOU EXPLAIN QUESTION NO.5 CURRENT×Z WALA PART....🤐

[@muskanhere3768]

Amazing session sir 😊❤

[@mohitgoenka99]

Keep watching

[@satyammishra3944]

THANK YOU SO MUCH SIR 2022 july attempt ac questions done

[@anshika5327]

1:46(metal detectors), 4:14(good ques), 11:45(calc error), 17:30(bandwidth ka formula yaad rakho)+ ac ammeters measure Irms

[@keshavchauhan8138]

Sir ek din me do do...Sir aapki dedication to hamse v jyada hai🙏❤️

[@rishitstudyaccount8547]

4 . very imp dekh lena ek baar 5. nice question 9. don't forget formula of bandwidth 9. yaad rakhna load matlab resistance hi hota hei

[@mohitgoenka99]

good dear

[@aakash4510]

5:41(w=inf then t=0 l=0(broken) 11:03 14:39(only 40 % w would be left)

[@AnshuSahu-25]

Thank you sir done ✅❤🙏🏻🙇🏻#Edunitian😎

[@mohitgoenka99]

most welcome dear

[@sjlsnaps]

7:00 17:38 ac ammeter measures irms 23:22 lengthy but easy

[@snehakumari4326]

2:12 ncert 4:53 8:56 IZ=200 11:35 17:58 20:47 dono side power same

[@mohitgoenka99]

well done on completing it keep learning and solving

[@AbhishekGarg-vc6rb]

A capacitor of capacitance is connected to an alternating source of emf given by . The maximum value of current in the circuit is approximatel

[@vaishnavigupta3663]

4:04 6:50 11:00 13:50 17:30 new to me ac ammeter measure rms current 23:30

[@mohitgoenka99]

well done on completing it keep learning and solving

[@blacklistedgaming8932]

Sir meri physics puri khatam thi lekin ab physics par hi confidence mai mujhe ❤

[@dayabhai8293]

Neet Aspirant.. Learnt two new thing Principal of metal director Behaviour of capacitor and inductor at very high frequency.. And gained confidence by doing pyq of jee mains.. Thankyou

[@mohitgoenka99]

keep solving & learning #learnlikeneverbefore

[@moonstalk6996]

# Revison express thanks sir g 💘 "# Learn like Never before" Jai Hind 🌱

[@dawn_0000]

Sir solves question with the speed of light😃💡 Thank you sir for providing this valuable content😇 to us..

[@mohitgoenka99]

Keep watching

[@Rex8661]

6:44 , 11:24 CHAD approximation ,17:46, ac ampere reads RMS value .

[@LalithKumarr4900]

Almost 4 questions of this video has appeared in my exam today

[@serious20058]

8:39 Op Question 12:14 RETRY 20:26 Transformer

[@Irkntl-rm8qe]

21:47 ac ammeter Rest correct revisit 19:10 6:56

[@mohitgoenka99]

well done on completing it keep learning and solving

[@harekrishna4353]

Sir aapka subscriber million cross hona chahiye but pta nahi kyu esa aapke channel ke sath hai but sir humlog aapka full support karenge thank you sir

[@Krishnaa__767]

2:12 ncert 11:00 nice qn 14:40 important approximation 21:39 don't do silly mistakes in transformer qn....jo pucha hota h uspr dhyan diya kr naki kuc or hi nikalne lg jaye 23:14 irms ... keep in mind

[@Dexterr_69]

0:30 Reso freq depends on freq of circuit not on source freq 6:45

[@AaaBbb-mv6yx]

Sir bhot ache se explain kiye thanks❤❤❤

[@mohitgoenka99]

lovely dear keep solving & learning #learnlikeneverbefore

[@juniorrrrrrrrrrrrrrrrrrrrr]

25:28 Sir ismei to io ki value di hi hui hai 5A and jan series m connect Kiya dono ko to current to same hi rhega to phir Irms ki value to 5/√2 aani chahiye thi.... 👾👾👾👾👾👾👾👾👾👾👾👾👾👾

[@Diksha-_7000]

23:23 hr line ka meang 🚫 Must rechk. Z ko bhulna nhi 🚫❗❕❕ Ac ammtr- IRMS 8:49 must re🚫 12:27 ok 40%- 0.4✔️ red🚫 16:33 okind - ld by -30+90 ..v°= i.xl ∆w= R/l Wrkg of unity pwr smjh nhi th, its Rs= v²/ p,❗

[@mohitgoenka99]

well done on completing it keep learning and solving

[@Girluniqque]

for self 6:00 Q4 then Q5 17:00 Q8 then Q9

[@Khamoshhhh]

Resonant freq=wr 1:58 4:14 6:42 R=v2/p Ac ammeter=Irms Xl=Vo/Io

[@yashkabra6266]

Sie ek din mein 2 video lecture thanks sir

[@sahil-ce9dd]

sameee question 3 (2:38) repeated in 2023 jan attempt.. SAME TO SAME

[@happylifewithme6962]

Thankyou sir ❤ Sir revision ke lia 2022 and 2023 ke aapke channel le pyq lga le bs and formula revision kr le

[@JEe2024-vs1rr]

Q.1 RF....⭐Wr = 1/✓LC....it depends on Capacitor so we can add capacitor to increase RF Q.2 Metal Detector Phenomenon (Resonance in Ac Ckt) Q.3 power Factor ⭐(P=R/Z) ⭐RLckt (R/✓R²+XL²).⭐ RLCckt (R/√R²+(XL - XC)² Q 4⭐VERY HIGH FREQUENCY🚨 Xc =0...XL=♾️ (inductor ko gayab Kr doo Waha i flow Nhi hoga) capacitor ko Plane wire se Replace kr doo...than find Req. Q.5 Sawaal Badhiya hai Revise kr lena🚨 Q.6 Formula Formula Khelo❤❤❤ Q.7 I = 5sin(49piT - 30) voltage Meh 90° Add hoga So V= VoSin(49piT + 60⁰) ⭐Vo=IoXL⭐ Io=5 and ❤(XL =W.L)❤ W=49pi L=given) Q.8 Current Variation in W wala Concept hai 🚨(w2-w1 = R/L)🚨 last meh MH wala Conversion Yddd rakhna Q.9 Power will same For both the Transformer 🌱Rp = V²p/P🌱 Rs= V²p/P🌱 Q.10 A.C ammeter is used to measure (Irms) ❤Io= Vo/XL❤XL=WL)...⭐Irma=Io/✓2🌱 Q11 V=ir Samjhaa Nhi XL=100/5 kaise aaya... Z=✓R²+XL² Irms=Vrms/Z = Vo✓2×Z Thank Uhhhh Sir❤❤❤❤❤

[@HasanAli-vc8cu]

Thanks ❤

[@Bucky780]

Revision Q:5 Q:8 w2-w1=r/l Q:9 ideal transformer working on unitary power method Dono me power same hogi Metal detector works on resonance in ac circuit

[@mohitgoenka99]

well done dear keep solving & learning #learnlikeneverbefore

[@Amresh909]

✔ day 5 ...10q sirr

[@cristiano_cr17]

Sir itna acha kaise padha lete ho mai bhi sikhunga jee adv ke baad.

[@nivedyaanil]

Sir, I dont know how you make everything so simple...

[@mohitgoenka99]

everything is indeed simple dear I just tell it in the manner it should be conveyed keep learning and solving

[@vanshrajdev3239]

good ques in terms of 2023 in ac thanku sir for this

[@ashmitverma8387]

Revision Q-5 ,Q-8,Q-9(A common vareity , repetitive)

[@mohitgoenka99]

well done on completing it keep learning and solving

[@saifali768]

2:26 , 6:21 , 18:58 , ac ammeter - irms measure krta hai,

[@mohitgoenka99]

Good

[@ameeshasrivastav4165]

Thankyou so much sir for amazing series

[@Theshorya1]

1, 2 ( Therotical ) 4, 5, 6, 7, 8, 9 , 11

[@DharmendraKumar-zc5py]

Completed,all thanks to your revision notes.

[@anmol2162]

5:00 10:00 18:00 23:00 23:20 Done with this....revise later❤️

[@hehehehe23747]

Final revision done👍 😢😢😢 formula revise krne ja rhi hu Ac ke last ke 3 question😢😢😢

[@souviksarkar5005]

Consistency at its very best!!🔥🔥 Sir's dedication to deliver content to us at the earliest is an inspiration for all aspirants like us to work hard!!❤️❤️

[@TheAishupramod]

Revision questions 5th question. 11th question. Thank you sir.❤

[@oggybeagle5487]

best channel for physics ,,alots of love to you sir it helped me alot watching your pyqs solutions

[@nehagarg-lc2sv]

try again 2 theory 5 6 minor mistake f is 60 persent lower 8 10 ac AMETER I rms read karta h na ki io thanks sir

[@tothepoint7939]

Thanku sir Loads of love ❤❤

[@mayank.0807]

Revise 4:22 14:49 revise the phase diff concept 17:42 good ques

[@mohitgoenka99]

well done dear #learnlikeneverbefore

[@jarhkunal]

All pyq watched and practice as a learning mode done ✅

[@mohitgoenka99]

well done dear #learnlikeneverbefore

[@ItishreeParida-u9k]

Q2. revise Q4. easy Q5. REPEAT REPEAT Q6. revise Q7. revise Q8 revise Q10 ac ammeter measures rms value of I Q11 easy

[@mohitgoenka99]

well done on completing it keep learning and solving

[@VIIKTUR]

Sir, for the 7th question can we eliminate option b also because maximum magnitude of voltage is greater than current in LR circuit ??

[@AryanPatel-2.0]

14:00 lcr circuit good question

[@mohitgoenka99]

keep solving & learning #learnlikeneverbefore

[@mohitgoenka99]

keep solving & learning #learnlikeneverbefore

[@ganeshapandey]

1:59 INFORMATION BASED 7:00 DHAMAAL QUESTION 17:45 BANDWIDTH

[@mohitgoenka99]

very good dear keep learning and solving

[@aspirantgrv]

धन्यवाद सर 💯❤❤

[@kawaki4277]

Session done ✅✅✅

[@mohitgoenka99]

well done on completing it keep learning and solving

[@TheItachiUchiha_07]

*Timestamps* Learning mode AC Q4 4:15 xc --> 0 ( plane wire ), XL ---> 0 ( open wire ) Q5 6:45 redo Q6 11:23 redo Q8 17:33 redo Q10 22:00 Ac ammeter measures Irms Q11 23:25 redo

[@mohitgoenka99]

well done on completing it keep learning and solving

[@digvijaymaurya5612]

Thank you sir❤❤❤❤

[@pranavtanwar3357]

18:00 good concept 20:30

[@excited0628]

Doubts cleared💫TQ sir 🙏🏻❤️ For personal rev 2:01 Q2 6:48 Q5 17:30 Q8 (my bad idk kse mne dhyn ni diya tha uss sheet pr 🥲) 20:00 Q9 Sir yha pr jo power given h wo general power diya hua h mtlb it's not secondary power....but how? I'm confused Sir pls tell me🙏🏻

[@jeeasparant1995]

for my revision 2:07 theory 7:19 good qn

[@mohitgoenka99]

well done dear keep solving, learning and revising #learnlikeneverbefore

[@fungamer3059]

2 - ncert reasoning (reso in ac circuit) 5,6 - IMP REDO 8 - applied wrong formula

[@mohitgoenka99]

very good keep learning and solving

[@itzzshubhamvlog]

Thankyou very much sir 2nd time Done

[@mohitgoenka99]

Keep it up

[@mohdkalam121]

For self revision Ques 5,6,8,10

[@mishtiagrawal2356]

Sir actually u r working very hard for us

[@pegissusforstudy]

Question for revision q5,8,9

[@letscrackit1065]

Q.9 transformer