Important Derivations Maha-Marathon Physical Chemistry HSC Board Exam 2024 Abhishek Sir Chemistry

[@Abhisheksirchemistry]

Lecture Pdf :- aaswf.on-app.in/app/oc/446854/aaswf?Dcopy-link%26Dtutor-course-referral%26Dcourse-overview-app Thanks for your Love & Support 😊

[@Rushi0642]

❤❤

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🎉🎉🎉🎉

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Sir ye pdf app ke konse folder Mai hai

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❤❤❤❤❤❤

[@ChandpashaShaikh-nk4bq]

Sir notes kidhr hai

[@oye.alex_]

1.SOLID STATE Q.1 : 8:36 Q.2 PACKING EFFICIENCY S.C.C : 15:53 Q.3 P.E IN B.C.C : 24:03 Q.4 P.E IN F.C.C : 38:54 2.SOLUTION Q.1 HENR'YS LAW : 53:33 Q.2 RAOULTS LAW : 56:50 Q.3 RELATIVE LOWERING OF V.P : 1:03:35 Q.4 MOLAR MASS OF SOLUTE FROM V.P.L : 1:07:59 Q.5 BOILING POINT ELEVATION : 1:14:23 Q.6 DEPRESSION IN FREEZING POINT : 1:28:36 Q.7 OSMOTIC PRESSURE : 1:30:21 Q.8 VAN'T HOFF FACTOR : 1:36:12 3.IONIC EQUILIBRIA Q.1 OSTWALD'S DILUTION LAW FOR WEAK ACID : 1:47:12 Q.2 AUTOIONIZATION OF WATER : 1:55:13 Q.3 RELATION BETWEEN PH AND POH : 1:57:28 4.CHEMICAL THERMODYNAMICS Q.1 NATURE OF WORK : 2:02:32 Q.2 PV WORK : 2:04:18 Q.3 CONCEPT OF Max WORK : 2:09:23 Q.4 ENTHALPY : 2:21:30 Q.5 RELATION BETWEEN △H AND △U : 2:24:49 Q.6 WORK DONE IN CHEMICAL REACTION : 2:28:44 Q.7 GIBBS FUNCTION AND EQULIBIRUM CONSTANT : 2:30:36 5.ELECTROCHEMISTRY Q.1 ELECTRICAL CONDUCTANCE OF SOLUTION : 2:36:46 Q.2 CONDUCTIVITY : 2:38:29 Q.3 KOHLRAUSCH LAW : 2:38:52 Q.4 QUANTITATIVE ASPECTS FOR ELECTROLYSIS : 2:39:42 WRITING OF CELL REACTION : 2:41:33 Q.5 NERNST EQUATION : 2:45:11 6.CHEMICAL KINETICS Q.1 DERIVE INTERATED RATE LAW FOR FIRST ORDER REACTION : 2:51:25 Q.2 HALF LIFE : 2:57:05 Q.3 IRL FOR GAS PHASE REACTION : 3:02:51 Q.4 PSEUDO FIRST ORDER REACTION : 3:07:11 Q.5 WRITE ARRHENIUS EQUATION : 3:08:48

[@hell__boy5647]

Thx brother ❤️‍🩹🫂

[@praptieeee]

Theenksss🫶🏻

[@vrushalibarsagade2464]

Tysm Vaaii!!❤️‍🔥🥂

[@LuffyDpirateKing_]

Douma pfp 🙃

[@ZIUX_Editz_]

Thank you bro

[@Rushi0642]

1:22:54 statement 🥺 Apke jaisa teacher pure duniya main nahi dekha 💖

[@JacobNadar-v5e]

2:09:18 if V2>V1 Work is + if V2

[@ShanOP-m8d]

6:00 Relation of molar mass, edge length, density 15:50 Packing Efficiency scc 23:40 BCC 38:40 FCC 52:30 Henry's Law 56:20 Raoult's Law 01:03:40 Relative Lowering of Vapour Pressure 01:08:00 Molar mass from VPL 01:15:00 Boiling Point 01:18:10 PW Add 01:28:38 Freezing Point 01:30:20 Osmotic Pressure 01:36:15 Van't Hoff Factor 01:41:45 Sir's Break UP 😅😅 01:46:55 Ostwald's Dilution Law 01:55:06 Autoionization of water 01:57:30 Relationship between PH and POH 02:03:00 Nature of Work 02:04:18 Pressure - Volume, Work 02:09:26 Concept of maximum work 02:21:30 Enthalpy 02:24:30 Relation between change in H and change in U 02:28:50 Work done in Chemical Reaction 02:30:40 Gibbs function and equilibrium constant 02:36:50 Electrical Conductance of solution 02:36:50 Electrical Conductance of solution 02:38:30 Conductivity 02:38:50 Kohlraush law 02:39:35 Quantative aspects of electroly le 02:40:03 Moles of electrons passed

[@apr8942]

Thankyouuuu

[@Kingkong20060]

Thank you ❤

[@Crazy-ss5dp]

Thanks bro

[@Ellyse_Perry_]

कट्टर ASC समर्थक attendance ❤

[@Abhisheksirchemistry]

Mai bhi hu 😊

[@itz__pankaj17]

Hamara neta kaisha ho abhishek sir jaisha ho 😎

[@Phul___05]

​@@Abhisheksirchemistry Sir aap aese hi puri chemistry ka bata do na plzzzzzzzzzzzzz 🙏🙏🙏🙏🙏

[@mayureshmestri2608]

Abhishek sir zindabad ❤

[@NawazishShaikhxyx9871]

Am i also

[@jayashchinchole1959]

3:09:00 Arhenius Equation K=A.e power -Ea/RT

[@Aryan-hi5rw]

3:09:02 Arrhenius Equation K=A.e power -Ea/RT

[@bomblockgaming9307]

22:54 SCC Void = 47.64% 34:05 BCC void=32% 50:40 FCC void =26% 2:09:20 If V1>V2 then W is +ive If V1

[@tanmayschannal5147]

how bcc void 38% it should be 32%

[@bomblockgaming9307]

@@tanmayschannal5147 ok thanks 👍

[@purple_gurl07]

3:09:00 arrhenius equation: K=A.e^Ea/RT

[@Xx_Baka_XYTZ]

3:08:55 Arrhenius equation - K= Ae^-Ea/RT

[@Chippi_chippi_chappa_chappa0-0]

Hey the most imp derivation from book from my side of view hope it will help you a lot if like this comment you will pass doing just these derivation don't worry electrostatics 🚨 Properties of electric line Field due to an electric dipole on axial and equatorial points Torque equals to T=p.eexperienced and potential energy of a dipole in a uniform electric field State Gauss law used to drive to find electric field due to (i)line charge second( ii) uniform charged plain sheet third uniform charged thin sheet at point inside and outside Energy stored in a capacitor CV square upon 2 no derivation❤ Relationship between electric field and potential Electrostatic potential energy of a system of charge dipole and properties of EPS From current electricity🚨 Differentiate ohmic and non ohmic conductor with v-i graph Derive I equals to neAVD Derivation of resistivity row equals to M upon n square Lambda Principal wheatstone Bridge statement and principle of Kirchhoff's law Temperature dependence of resistance and resistivity Magnetic effects of current and Magnetism🚨 Statement of ampere circuital law used to find magnetic field inside a long solenoid Biot-savart law and use it to find magnetic field on the axial point on current carrying loop Derive expression for force acting between two parallel conductors and to define 1 ampere The comparison of radii of circular path of different charged particle in MF Principal construction and working of moving coil galvanometer current and voltage sensitivity Conversion of galvanometer into ammeter and Galvanometer voltmeter Characteristic of dia para and ferromagnetic materials Proof of f = IL into B Electromagnetic induction and ac🚨 State the Faraday Law of electromagnetic induction Lenz's law show that it is an accordance with conversion of energy Define RMS value of AC derive an expression for it Draw the phasor diagram of LCR series circuit find impedance of the circuit phase difference between current and voltage State important characteristic of resonant series LCR circuit Describe the principle and working of a transformer with labelled diagram Write four losses in a transformer how are they minimised Electromagnetic waves🚨 Write the 10 important properties of 😂BMW SORRY EMWwaves Origin frequency and wavelength range of radio micro infrared visible UV x-ray Gamma ray Give two important use of each part of EM waves What is Maxwell displacement current? Ray optics🚨 Derivation of mirror formula Write condition of tir and its application totally reflecting prism optical fibres Combination of lenses Refracting through a prism and expression for Ri of material of the prism Ray diagram magnifying power for microscope both cases final image at D and final image at Infinity normal vision Ray diagram magnifying power for astronomical telescope Advantage and disadvantage of refracting and reflecting type telescope Wave optics 🚨 State Highways principle and used to prove the law of reflection and refraction State young's double slit and fridge with and prove derivation Condition for single slit diffraction maximum and minimum width of Central maximum qualitative only Young double slit and fringe width Difference between diffraction and interference Dual nature of matter and radiation🚨 What are the experimental observation of Photoelectric effect/ Explain the observation of Photoelectric effect on basis of Einstein Photoelectric equation Grappphsssssss!!!!!! - stopping potential versus frequency of incident light !Photocurrent versus collect plate potential for different intensity but same frequency +Photocurrent versus intensity of incident light ° de Broglie wavelength and simple numerical An Alpha particle and a Proton are accelerated through same potential different find the ratio of de Broglie wavelength associated with these two Why does the wave theory fail to explain the photoelectric effect Atom and nuclei🚨 Rutherford alpha scattering experiment gizer medicine kinetic energy equal to potential energy and Impact Parameter Postulates of Bohr's model limitation of Bohr's model Total energy of an electron in an orbital E equals to 13.6 upon any square velocity in nth orbital radius of an orbital Equation for wavelength of lyman Balmer passion market pe fund series maximum and minimum wavelengthwavelength Numerical based on calculation of be per nucleon be eq Draw The Bee per nucleon versus mass number a graph and write its two conclusion from it Electronic devices🚨 Energy band diagram for conductor semiconductor and insulator Pnn type semiconductor concept of depletion and potential barrier effect of forward and reverse bias Circuit diagram as well as forward and reverse bias characteristic of P and diode Circuit diagram principle and working of a diode as a half wave and full wave rectifier >GUYS ALL THE BEST 👍💯 PLZ MEHANT SE LIKHA HAI AAP JESE LOGO K LIE.... BEST OF LUVK ACHE NO SE PASS HONA HAI SABKO DIKHA DO... For more update stay tunes

[@madhya_315]

भटकलो चाहे कही पे Selection होगा यही पे 💛💯 𝗔𝗦𝗖 𝗔𝗥𝗠𝗬 💪

[@SakshiKarmbalkar]

🎉❤

[@singfarewell1873]

k= Ae^-Ea/RT where A is Arhennius constant Ea is Activation Energy R,T are Gas Constant and Temp Resp

[@samgroasting]

Arrhenius equation=Ae^-Ea/RT 3:09:04

[@LuffyDpirateKing_]

2:09:19 1. If V2 is greater :- W:- Negative 2. If V1 is greater :-W:- Positive

[@Abhisheksirchemistry]

Great 😊

[@Piyush_Eren]

3:09:00 Arrhenius equation Ae power -Ea/RT

[@Ellyse_Perry_]

Start se end tak rehne ka ghamand hai ☠️❤️🙌🏻💪🏻

[@deepalizope.4314]

Hello can pls tell me 2024 me aaya tha kya jo sir ne sikhaya?

[@amanmahalle]

The Arrhenius equation is a formula for the temperature dependence of reaction rates. The first-order rate constant equals the preexponential factor times the exponential of activation energy divided by the product of the molar gas constant and the temperature.

[@shravanidhoke236]

Perfect dude .Also a negative sign on the exponential factor

[@mayureshkulkarni4994]

Sir I have completed the whole task given by you for cs students today , Now I am going to do revision

[@DARKQUARRY]

Bhai itne derivatiation bs bue kya exam ke liye ?

[@luluadakorwala5298]

Thank you sir amazing lecture :)❤❤

[@Abhisheksirchemistry]

Most welcome

[@vivekborwar3129]

❤ 3:09:06 k = Ao ^-Ea/Rt

[@rithikapal3063]

Arrhenius equation : k=Ae -Ea/RT

[@arshaqureshi]

3:08:52 Arrhenius equation is log10k= log10A -Ea/2.303RT Or K= Ae^-Ea/RT

[@Itjustbegan]

Thank you sir! Sab samajh aagaya, thodi practice chahiye ab sirf.

[@Ellyse_Perry_]

Yep

[@deepalizope.4314]

Hello can pls tell me 2024 me aaya tha kya jo sir ne sikhaya?

[@mihirrothe]

ABHISHEK SIR OP❣❣❣❣❣❤‍🔥❤‍🔥❤‍🔥

[@shravanibijwe3472]

Arrhenius equation=> Arrhenius suggested that the rate of reactions varies with temperature as k=Ae^-Ea/RT

[@Sandhya-ek]

Sorry siR centre door tha isliye travel karke thak gayi thi sooo Aaj me chemistry ka revision krr Rahi hu time distrub huwa but I can manage abhi chemistry ka 5pm tak Karungi and then 6pm to 11pm maths pehle maths ka cover hai aabhi rivision karna hai Sorry siR 😔

[@sejalpatil4561]

All clear sir ..... Thank you so much your efforts 🙏🏻🙏🏻🙏🏻

[@Abhisheksirchemistry]

So nice of you

[@Siddhigamingofficial07]

Aaj ka lecture bahot hi Jayda acchaa tha ❤❤ thank you so much sir ❤

[@kashyapeditz2925]

Arhenius eqn log10 k = -Ea/2.303RT +log 10 A

[@SakinaShabdari-tm7hb]

3:08:50 Arrhenius equation k= Ae^-Ea/RT

[@Anime_Zero143]

3:9:01 K=A.e. power-Ea/RT Love you sir ji ❣️ your are my inspiration for consistend hard work

[@prish_ka5]

Just following from april2023

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Okxxzzzz

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Me from August ❤

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I also from June ❤

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Attendance of CS ,IT ❤✋ plan challenge accepted ❤

[@adityaparhad5692]

2:09:17 V2 is big then positive if v2 is small then negative

[@Crypan_Gaming]

1:32:23 Sir didn't even hesitate.

[@padmjakurhe397]

Arrhenis equations == is the suggested that the rate of reaction varies with temperature as k = A -Ea / RT ❤❤❤❤😊

[@prempawar04]

Arrhenius equation is k=Ae^-Ea/RT (by recorded students) 😊

[@Crazyaarti24]

This lecture was awesome 👍😎 .. thank you so much sir for your hardwork ❤❤

[@Abhisheksirchemistry]

So nice of you

[@madhu22147]

Really great lecture 🙌🏻 Thank you so much sir🧡

[@chaitanyamahale7649]

@Abhisheksirchemistry 2:20:19 sir 1st step mai W=-nRT[lnV2-lnV1] aayega

[@Creativeshort1-u]

thank you sir for the lecture of all physical chemistry derivations ones again thak you 💓❣🙏🤜🤜🙌🙌

[@kulanandyadav428]

RADHE RADHE SIR🚩❤️🙏👍😊 THANKYOU SIR

[@Himanshishende601]

Who came here after accepting challenge? 👇

[@LaxmiGupta-g9u]

Which chalega 😮

[@Himanshishende601]

@LaxmiGupta-g9u challenge not Chalega gurl

[@LaxmiGupta-g9u]

@@Himanshishende601 it's ok tell me what about the challenge !

[@TehasDdfg]

What challenge??!

[@jeecrackkarnahai]

Arhenius Equation K=A.e ^-Ea/RT 21 February (Task 1 Complete)

[@Rushi0642]

Congratulations🎉 Our ASC family is now 160k Keep it up guys ❤🎉🎉💖💖

[@Abhisheksirchemistry]

🎉

[@studywithrupali4180]

Sar aap master teacher nahin aap Bhagwan Ho chemistry ke❤❤❤❤❤❤❤❤❤❤❤

[@Abhisheksirchemistry]

Shukriya jii

[@Hfsjsy]

3:13:53 ... Kya .. energy hai sir ki last main bhi ..😅...

[@GrignardReagent0244]

That's what she said 😅😂

[@MinalYadav-gu5zg]

Arrhenius equation k = A e−Ea/RT The lower the rate constant, the higher the activation energy of the reaction. The larger the activation energy of a reaction, the greater the effect of temperature change on the rate constant.

[@LuffyDpirateKing_]

Arrhenius E1^n: K = A e^-Ea/RT

[@mdnehalshaikh1625]

Arrhenious Equation:- K = Ae^-Ea/Rt

[@praptipatil1101]

Thank you so much sir 💗

[@Abhisheksirchemistry]

Most welcome

[@surajarts9372]

1 challenge completed 💯

[@AdiiVidhate]

K=Ae^-Ea/RT i.e Arrhenius Enq

[@SaraTazeen-jv4kb]

55:57 equation glt likhi hai P=Kh.S hoga

[@sanjanapoinkar]

Thank you sir 🙏 ☺️ 🙌 😊 👏 ❤️ 🙏 ☺️

[@SanuNikam78]

revision done thankyou sir 🥰

[@ZiyaMushrif]

3:9:01 K= A.e. power - Ea/Rt

[@Suraj...16]

Baap of all One short Bawaal Lec ! Aag laga Diya 🔥🔥🔥

[@studyyt683]

Sir please make video on time management strategies in paper ❤ thanks for the video 3:57

[@Abhisheksirchemistry]

Sure I will

[@vyomsanil5411]

K=Ae^-Ea/RT(Arrhenius equation)

[@Ritujaaaa_18]

What an amazing lecture Superb Thank you ❤️ We always with you 💜❤️❤️❤️❤️❤️❤️ #asc

[@ronitsatpute7217]

Good man ur other statement for inorganic got 700 likes❤

[@shivamvishwakarma9520]

Abhi Sirf Mahamarathon ka Trailer Release hua asli Thrill Mahamarathon mein aayega … 😁🌟

[@KhanWasim-t4f]

v2_v1= (W+)work positive bcz of work on the system , v1_v2=(w-)work negative bcz of work by the system,

[@vishakhashingare6156]

Very nice video 👍🙏😌 Thank you so much sir 👍😌🙏🙏🙏👌👌

[@FarhanKhan-sq9hj]

Ab tu sir board exam ki dar he nhi hai jab aap sath hoo ❤❤❤ love u sir

[@parthxgaming5710]

Arhenius Equation K=A.e power -Ea/RT Bilkul risk nahi lene ka 🙂

[@VittalGaikwad-fx1kk]

Thank you aap hamare kitana kar rahe ho Aap hame hamati manzil tak pohcha hi donge Thank you Aap jaisa koi nahi Aap hamare liye khuda ke farishte bankar aaye ho Thank you Thank you 🤘🖐️👏🤘🤘🤘🤘🤘🤘

[@mr.amarsharma]

The Arrhenius equation describes the relation between the rate of reaction and temperature for many physical and chemical reactions. A common form of the equation is [9]: (6.10) k = k 0 e − ( E / RT )

[@shrikantkole2705]

K = Ae^-Ea/RT K equal to Product of A and exponential of the ratio Negative Activation energy to gas constant and temperature

[@riya9050]

Arrhenius equation k=Ae^-Ea/Rt

[@AyoOneeChanWTF]

3:12:57 Satisfaction x100😂

[@jihubjgmmmm]

Challenge accepted!!! 2024 Batch here

[@prithvisingh666]

3hours and 16 min. Consistent lectures with amazing content and josh . Bohot maja aaya sir Aap hamare liye itna sab kar rahe ho Thankyou very much sir Hum JAAN LAGA DEGE. LEKIN JAANE NAHI DENGE❤❤❤ Rest well sir The power of ASC ARMY ❤❤

[@kulanandyadav428]

Arrhenius equation K=Ae-Êa/RT

[@Avixie]

Radhe radhe sir 🌸 • THANK YOU SO MUCH SIR ❤ Awesome lecture..🙌🏻 All concepts are crystal clear.🔥 Derivations se ab dar nahi lag raha ..😶‍🌫️ Take care sir ♥️✨️

[@Abhisheksirchemistry]

Keep watching

[@hyderali6212]

Arrhenius eq K=Ae^_Ea/RT

[@jitendrahedau1278]

Full APPRICIATE sir Aamcha support aahe sir tumhala ❤❤❤

[@noisygamer11]

3:08:59 K=A.e power -Ea/RT

[@yashmhankale007]

Empty space 100-52.36 is 47.64 empty space

[@AaratiChougule...]

V2>V1 expansion W=-ve V2

[@AaratiChougule...]

Arrhenius equation- K= A ^-Ea/RT

[@Mnobody123]

Sir. Numerical series start karo solution chp ka vedio boht acha tha vese hi vedio upload karo for revision😊

[@tanishqgupta6711]

Thanks sir giving your valuable time for KZbin student 💖💖🥹🥹🙏

[@Sagvekar.Shreyas_creations]

sir itne achese bataya hai apne sare derivation TTHANKS A LOT ♥♥♥

[@aratigavali5715]

Ur the best teacher in the world sir ...💙 really sir ur hard working for us really thank you so much sir ...🥰😍aapko salute he sir lagtar 3 hr khada reh kr sikhya sir aapne ..😇😇 thankyou soo much sir ..😍.❤.❤❤❤

[@Manthan77759]

Thanks sir ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@Abhisheksirchemistry]

Most welcome

[@Harsha_more]

Challenge accepted👍Derivations 👍Inorganic 👍Numericals!!!!😊

[@dashrathyadav1190]

thank you so much sir..app bhagwan ho Hamare liye 🙏. ..Apke charan sparsh karti hu😊🙏

[@KhanWasim-t4f]

v2_v1= (W+)work positive bcz of work on the system ..., v1_v2=(w-)work negative bcz of work by the system...,

[@MahiRathod-qn4tv]

Arrhenius equation is K=Ae to the power -Ea/Rt

[@Bgmishortv]

Bda lecture tha lekin maja bhot aya thank you so much sir ❤❤❤❤❤❤❤❤❤❤🎉🎉🎉🎉🎉🎉😊😊😊😊😊😊😊😊

[@deepalikunchikarve4177]

Thank you sooo much sirr!! All derivations crystal clear...☺

[@Abhisheksirchemistry]

All the best

[@prajaktapandere]

Sir lecture bhannat huaaa🙏🤩❤️❤️❤️

[@vidyapawalepawale]

Thank you so much sir for this derivation video this lecture was really helpful for me 🙏❤❤❤☺ LOVE SIR❤❤❤

[@Abhisheksirchemistry]

Most welcome

[@sakshimanekar]

Sir aapne to dil❤️ mai ek favourite teacher ki jagah le li 😊 Love you so much sir 💖💖💗💗💗💗💗💗💗💗💗💗💖💖

[@padhaikaro...]

Thank You So Much Sir ji.... Derivations are crystal clear... Lecture was full on fire....(Katai Zaher) GOD BLESS YOU....❤

[@Abhisheksirchemistry]

Most welcome

[@Onpublic1]

Sir mene aj Deka vedio bahut badiya samajme Aya🥹🥹

[@ishansagane9497]

📌Tip for JEE aspirants, giving HSC exam-Atleast practice questions of each chapter from Official Latest Question bank of State Board and Pyq questions of each chapter (I personally used target chapter wise pyq book) if you don't know the solution just see answer how they are written what are important points means if a twisted questions come you can use points of that question that you know and use some theory/concepts that you have learnt in JEE preparation means your coaching notes .In the paper wisely choose questions where you get option to solve any out of many. I have given my HSC 23 paper with this method and mindset and I got 528/600. All The Best👍

[@kshitijchhangani7993]

Bro please help i am also jee aspirants. But how did you prepare for hac boards physics and physical chemistry. Because in am struggling in physical chem numericals of boards even after solving jee mains level numerical. Hope you understand my feeling about boards. Jee/cet ke physical chem ke questions ban ja rahe but boards ke numerical nahi ban rahe theory etc... Please help me.

[@ishansagane9497]

See in State board types of numericals are fixed so if you are facing issues then solve solved examples from textbook and pyq to understand the pattern of questions and to have good practice.

[@kshitijchhangani7993]

@@ishansagane9497 ok thankyou. Did you only solve pyq hsc boards questions papers for pcm..? Or watch any oneshot for pcm on yt for hac boards..?

[@gunjadeviprajapati22]

You are best teacher ❤️❤️❤️❤️❤️