COMPUTATION OF AREA BY TRAPEZOIDAL RULE AND SIMPSON'S RULE(3RD CLASS)

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(1ST CLASS)
• COMPUTATION OF AREA BY...
(2ND CLASS)
• COMPUTATION OF AREA BY...
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[@prabirmridha3024]

দাদা ভাই, একটা প্রশ্নে দুই রকম উত্তর হয়ে গেল ।একটা পদ্ধতি তে 820 স্কয়ার ফিট আর একটা পদ্ধতিতে 813 স্কয়ার ফিট

[@NilakikEngineeringTutorial23]

হ্যা দুটো প্রসেস এ একটু আলাদা আলাদা ভ্যালু আসবে , সেম আসবে না

[@asifkhan1382]

Dada khub valo hoiyeche

[@NilakikEngineeringTutorial23]

Thank you 😊 Keep watching...

[@mabiorgarang2998]

i thought simpson rule should be 15/3(1st ord +last ord)....... the 1st and last ordinates are 3.5 and 3.25 not last ord 4.4 😮‍💨 Explain in English pliz

[@surajitsur3301]

It is too much helpful

[@Ivytrends254]

I think there is a problem in calculation of area 2. Please check on that sir

[@nikith9182]

My assignment with same values 😂😂😂

[@beoptimistic5853]

kzbin.info/www/bejne/nIPchpljfL5qa5Y.

[@joelgjohnson5018]

Which language is this.Kannda or Telungu.? Its is very usefull

[@NilakikEngineeringTutorial23]

This is Bengali Language. 🙂বাংলা ভাষা🙂

[@ishaninath9765]

@@NilakikEngineeringTutorial23 😂😂😂

[@NilakikEngineeringTutorial23]

Try to be connected with "Nilakik Engineering Tutorial"

[@joelgjohnson5018]

@@NilakikEngineeringTutorial23 Ya bro

[@lalbahadurmukhiya3734]

A2=15/3

[@NilakikEngineeringTutorial23]

In question , Offsets were taken at 15m interval , Means, Common Distance (D)= 15m Common distance means , Distance between each offsets.

[@abdurrahamanlaskar1663]

Ans alada kno

[@NilakikEngineeringTutorial23]

*If we study the "Simpson's Rule" and "Trapezoidal Rule" carefully, then we can understand the comparison between them* ... *Simpson's Rule* gives more accurate result. To apply this rule, the number of ordinates must be odd. That is, the number of divisions must be even. The boundary between the ordinates is considered an arc of a parabola. But, *Trapezoidal Rule* gives an approximate result. There is no limitation. It can be applied for any number of ordinates. The boundary between the ordinates are considered straight.

[@hudhudmedia09q]

ভাই উওর সমান না হয়ে ভিন্ন হলো কেনো,,, এর কোন উওর দিলেন নাহ,,, দয়া করে একটু বুঝিয়ে বলুন

[@NilakikEngineeringTutorial23]

*If we study the "Simpson's Rule" and "Trapezoidal Rule" carefully, then we can understand the comparison between them*... *Simpson's Rule* gives more accurate result. To apply this rule, the number of ordinates must be odd. That is, the number of divisions must be even. The boundary between the ordinates is considered an arc of a parabola. But, *Trapezoidal Rule* gives an approximate result. There is no limitation. It can be applied for any number of ordinates. The boundary between the ordinates are considered straight.

[@twumasiphilip9097]

English version

[@sarahzao5731]

Please sir translate to English! 🙏

[@marvinjoshuagenio3943]

How to take that 15 in D/3 ?

[@NilakikEngineeringTutorial23]

In question , Offsets were taken at 15m interval , Means, Common Distance (D)= 15m Common distance means , Distance between each offsets, Which is denoted by ( D ).

[@marvinjoshuagenio3943]

Thankyou very much

[@NilakikEngineeringTutorial23]

Always Try to be connected with Nilakik Engineering Tutorial 👍😉 (By subscribing our channel)

[@hassanrasool9911]

In Urdu or Hindi plz

[@NilakikEngineeringTutorial23]

Ok

[@omarfaruk-sj8mv]

dada ordinate rule a akta math chai please halp

[@NilakikEngineeringTutorial23]

Ok with for some days...

[@omarfaruk-sj8mv]

@@NilakikEngineeringTutorial23 dada ami notun kisoi boji na apnar gola dekhe siktesi

[@NilakikEngineeringTutorial23]

Ok😊 Carry on 👍

[@021-c-kartheek5]

Video no clarite baay d=?

[@NilakikEngineeringTutorial23]

In question , Offsets were taken at 15m interval , Means, Common Distance (D)= 15m Common distance means , Distance between each offsets.

[@bibekbera183]

কোন নিয়মিত ক্ষেত্রফল নিয়মিত সঠিক

[@NilakikEngineeringTutorial23]

*If we study the "Simpson's Rule" and "Trapezoidal Rule" carefully, then we can understand the comparison between them* ... Simpson's Rule gives more accurate result. To apply this rule, the number of ordinates must be odd. That is, the number of divisions must be even. The boundary between the ordinates is considered an arc of a parabola. But, Trapezoidal Rule gives an approximate result. There is no limitation. It can be applied for any number of ordinates. The boundary between the ordinates are considered straight.

[@ELIZAHTOLSAP-nv3wz]

Please speaking in English while teaching

[@NilakikEngineeringTutorial23]

Ok 👍 please be connected with Nilakik Engineering Tutorial 😊

[@bhubandas7661]

Hi

[@beoptimistic5853]

kzbin.info/www/bejne/nIPchpljfL5qa5Y.

[@lechikonyak9278]

Simpson's rule formula is mistake

[@NilakikEngineeringTutorial23]

*If we study the "Simpson's Rule" and "Trapezoidal Rule" carefully, then we can understand the comparison between them* ... *Simpson's Rule* gives more accurate result. To apply this rule, the number of ordinates must be odd. That is, the number of divisions must be even. The boundary between the ordinates is considered an arc of a parabola. But, *Trapezoidal Rule* gives an approximate result. There is no limitation. It can be applied for any number of ordinates. The boundary between the ordinates are considered straight.

[@juliussichamba437]

Please use English sir language barrier

[@NilakikEngineeringTutorial23]

Ok I will try ...😊👍

[@shivakashi1709]

How D=15 ?

[@shivakashi1709]

Pls give answer

[@NilakikEngineeringTutorial23]

In question , Offsets were taken at 15m interval , Means, Common Distance (D)= 15m Common distance means , Distance between each offsets.

[@shivakashi1709]

Thank you

[@NilakikEngineeringTutorial23]

Welcome

[@bhubandas7661]

Amar kichu janar ache

[@NilakikEngineeringTutorial23]

Yes, Please say ....

[@creativecornerbyshree8850]

Ne ayya oka language maatladi saav bey

[@NilakikEngineeringTutorial23]

மேற்கு வங்கத்திலிருந்து இஎம் இந்த 2 வங்காள மொழியில் నిలకిక్ ఇంజనీరింగ్ ట్యుటోరియల్‌కు స్వాగతం I am from West Bengal ❤️ India This is Bengali Language (বাংলা ভাষা), Welcome to Nilakik Engineering Tutorial @Gowni Sreelekha