Question#4 - Laplace Transform - Application to Ordinary Differential Equation.

In this video, you will learn the concept on Application of Laplace Transform to Solve Ordinary Differential Equation (Initial & Boundary Value Problems) in Hindi & English language. Complete solution to Question: 4 on Application of Laplace Transform to Solve Ordinary Differential Equation by Transform Method.
#Boon_Maths_Classes by Dr. Chand Ram.
Follow the below link for Question#1 on Application of Laplace Transform to Solve Ordinary Differential Equation.
• Question#1 - Laplace T...
Follow the below link for Question#2 on Application of Laplace Transform to Solve Ordinary Differential Equation.
• Question#2 - Laplace T...
Follow the below link for Question#3 on Application of Laplace Transform to Solve Ordinary Differential Equation.
• Question#3 - Laplace T...
Follow the below link for Introduction on Inverse Laplace Transform or Inverse Transforms and Forms of Partial Fractions.
• Introduction to Invers...
Follow the below link for Question#1 on Inverse Laplace Transform or Inverse Transforms.
• Question#1 on Inverse ...
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• Question#2 on Inverse ...
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• Question#3 on Inverse ...
Follow the below link for Question#4 on Inverse Laplace Transform or Inverse Transforms.
• Question#4 on Inverse ...
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• Question#5 on Inverse ...
Follow the below link for Question#6 on Inverse Laplace Transform or Inverse Transforms.
• Question#6 on Inverse ...
Follow the below link for Question#7 on Inverse Laplace Transform or Inverse Transforms.
• Question#7 on Inverse ...
Follow the below link for Question#8 on Inverse Laplace Transform or Inverse Transforms.
• Question#8 on Inverse ...
Follow the below link for Introduction on Other Methods of Finding the Inverse Laplace Transform.
• Introduction on Other ...
Follow the below link for Question#1 on Other Methods of Finding the Inverse Laplace Transform.
• Question#1 on Other Me...
Follow the below link for Question#2 on Other Methods of Finding the Inverse Laplace Transform.
• Question#2 on Other Me...
Follow the below link for Question#3 on Other Methods of Finding the Inverse Laplace Transform.
• Question#3 on Other Me...
Follow the below link for Question#4 on Other Methods of Finding the Inverse Laplace Transform.
• Question#4 on Other Me...
Follow the below link for Question#5 on Other Methods of Finding the Inverse Laplace Transform.
• Question#5 on Other Me...
Follow the below link for Question#6 on Other Methods of Finding the Inverse Laplace Transform.
• Question#6 on Other Me...
Follow the link below for Definition or Statement of Convolution Theorem & Proof of Convolution Theorem.
• Definition or Statemen...
Follow the below link for Question#1 on Convolution Theorem.
• Question#1 on Convolut...
Follow the below link for Question#2 on Convolution Theorem.
• Question#2 on Convolut...
Follow the below link for Question#3 on Convolution Theorem.
• Question#3 on Convolut...
Follow the below link for Question#4 on Convolution Theorem.
• Question#4 on Convolut...
Follow the below link for Question#5 on Convolution Theorem.
• Question#5 on Convolut...
Follow the below link for Lecture - 1 on Unit Step Function or Heaviside's Unit Function.
• Lecture - 1 on Unit St...
Follow the below link for Lecture - 2 on Unit Step Function or Heaviside's Unit Function.
• Lecture - 2 on Unit St...
Follow the below link for Lecture - 3 on Unit Step Function or Heaviside's Unit Function.
• Lecture - 3 Question#1...
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• Lecture - 4 Question#2...
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• Lecture - 5 Question#3...
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• Lecture - 6 Question#4...
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• Lecture - 7 Question#5...
Follow the below link for Lecture - 8 on Unit Step Function or Heaviside's Unit Function.
• Lecture - 8 Question#6...
Thanks for watching.

[@aishinahmed1854]

I was his student during my bachelor's. By far the best faculty I experienced in my life. He taught our batch math very well, his explanations were very accurate and his helping nature. I hope you reach to a great success sir. You have started a great initiative. 😊☺

[@dr.chandram1731]

Thanks beta

[@ano777g]

Thank you sir for explaining it in simple terms. 😃

[@mounikakyaram9658]

Thank you very much sir... ✌️ You are better than my doctorate faculty...

[@md.ruhulaminmridha9041]

Helpful lecture, Keep uploading this type of video for us.

[@RinkiLodhi-xp1dn]

this is to the point video, thank you sir!!

[@phiniusmwika876]

Great sir.your content is finally understood 👍

[@Harrydaadawala]

Very nice and understanding explanation sir...❤🙏

[@sakethreddy4591]

I didn't know hindi but I understand this problem clearly TQ sir

[@naeemsyd7431]

Brilliant Explanation sir❤

[@ranigupta426]

I understood very well. Sir very nice explanation

[@rahullodhi3993]

Outstanding sir the way your explain amazing❤❤

[@prathamkumar7224]

Sir, how can I thank you.....Your way of teaching is amazing..

[@user-lf8jl6dk3u]

Thank you, there are so few examples of differential equations using Laplace transforms not equal to zero.

[@bhavaniavula3567]

Super explanation tq so much sir

[@ManojSingh-qj7vk]

Thank you Guruji 🙏🙏

[@abhinavkurkiya2971]

Very nice methods of explaining sirji❤

[@foodlicious9441]

Thankyou so much for picking up this problem sir

[@gj9585]

thank you so much sir

[@ArmanMolla-bk7xh]

thank you sir from Bangladesh

[@lalitnegi2702]

thanks a lot sir for the briefly supporb explanation😊

[@user-fs9ld4sg8f]

thank you soo mucch sir

[@Acholpakhi972]

Thanks sir ❤❤ from Bangladesh

[@saddamhossain-xm8kc]

Many many thanks sir 💖

[@AmitYadav-ol9fj]

Sir I think answer will be e^-t(cos2t)+5/6e^-t(sin2t)+ 1/3e^-t(Sint).

[@dr.chandram1731]

I have verified, this is correct

[@user-wj9ri9on1n]

Assalamualikum sir sir please kingly send the lecture of series circuit including periodic function using laplace

[@ramaravindreddy1752]

Thank you sir🙏

[@khusshii318]

Thank you so much sir for this video and support

[@nithiyanithiya3719]

Tq so much sir✨️

[@hibbaabbasi4639]

Outstanding sir 👏

[@phiniusmwika876]

Really.

[@PilligoilaYesodha]

Tq so much sir.....

[@DKECE7]

Great job sir please upload more questions

[@ce20vinaytarjule52]

Laplace of e^-t sint will be 1/(s+1)^2+1

[@dr.chandram1731]

Yes I know dear, I have corrected in next step

[@vanshsaxena2102]

Thankyou sir

[@vinaythakur4223]

thank u sir

[@Wisdom_Thayu]

Am here from africa just following up but i just don understand coz i don know hindi😢

[@amreshchandradwivedi1523]

thank you

[@thehighflyadventures]

Sir you are great

[@dr.chandram1731]

Thanks Dear

[@m.vijaypaul4480]

Sir could you please tell some important questions for exam...

[@divyakanwar3899]

Very helpful... thank you sir

[@Geniusstudy-om5hb]

S-(-1)=s+1

[@arsenalfc-eq8hb]

I was a actually looking for this

[@georgeselvam4276]

Excellent sir.

[@bmn9793]

Sir it's 1/(s+1) ²+1

[@lifeatloren3255]

You are right, the content is well delivered though

[@vishalprajapati2762]

Tysm sir

[@sanikapawar5660]

Tnks sir ✌️

[@_ayangaming736]

Sir yh partial fraction mai ap ny As+B and Cs+D q liya simple A and B bhi toh leskte thae

[@dr.chandram1731]

Waise nhe le sakte

[@deeneislam5900]

Well explained

[@friendfrever407]

Good sir

[@aklidahmed1344]

What is y var

[@dr.chandram1731]

Watch starting videos, u will understand

[@Notmyrealnamet]

What to do when y(0) and y'(0) is not given

[@dr.chandram1731]

You can take constants

[@apurvatomar4743]

y bar kya hota hai

[@dr.chandram1731]

Laplace transform of y

[@dr.chandram1731]

Watch my first video on Laplace transform then you will easily understand

[@pillisivaprasad147]

Nice explanation

[@dr.chandram1731]

Thanku

[@guru5213]

🎉🎉🎉🎉

[@mrdiploma8941]

Sir s2 y ko explain kijiye

[@dr.chandram1731]

Usme kya explain krna hai, thoda clearly batao

[@huddanoor4785]

Sir kindly contact me....I want to ask some questions about Laplace transform

[@dr.chandram1731]

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[@akashbhatti5141]

Very helpful

[@user-qc6le6gn9i]

Hindi me bola karo

[@anjaliprajapati9262]

Thank you sir

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Thank you so much sir

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[@lyricsassam]

Thanks sir