Calculus | Integration | Equation of the normal to the curve

[@GSCEMathematicsZone12]

You can also watch how to calculate the standard deviation, graph cumulative frequency curve and how to find the semi - Interquartile range here: kzbin.info/www/bejne/jHy5iaN6rpifnMk

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[@GSCEMathematicsZone12]

You're welcome 😊

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Yes, the 79 years student surely enjoys. Thanks from Zanzibar

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Wow! I'm so happy you found it helpful!

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I highly recommend this channel! 🙌🏾 Thank you sir, God should bless you for sharing your knowledge in a very enjoyable way!

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Thank you very much for your kind words and encouragement. Words like these are the reasons that keep us going.

[@NyokBendo]

I'm enjoying your teaching sir

[@GSCEMathematicsZone12]

I'm glad to hear that. Keep watching.

[@glasssmirror2314]

A job well done sir however with respect please ensure the text is all visible as sometimes we take screen shots eg 2, -6 is not visible.

[@GSCEMathematicsZone12]

Thank you very much for the feedback. I will try my best to improve in the next videos. Keep watching our videos. Thank you.

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@@GSCEMathematicsZone12 Tks

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​@@glasssmirror2314 You're welcome.

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You are probably the best teacher

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[@SoraYar-t3t]

This is amazing teaching 😍❤

[@GSCEMathematicsZone12]

Thanks for watching! I hope you found the explanation helpful.

[@antenna7002]

Is there a different method for solving b? Specifically the 1st step

[@GSCEMathematicsZone12]

If you want, you could go direct and differentiate the given equation to find the gradient of the given equation and then use it to find the m2 without a sketch. I did a sketch so that you see what is going on.

[@antenna7002]

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Am interested in this training, your procedures are accurate teacher ❤

[@GSCEMathematicsZone12]

Glad you're finding it helpful! 😊

[@user-ht8dt7dp2w]

With this explanation, will make me to get a distinction in math🙏 What is a different between the equation of the tangent to the curve and equation of the normal to the curve?

[@GSCEMathematicsZone12]

Hey Timothy, We are glad you found this video useful. The difference between the equation of the tangent and the equation of the normal is that their lines meet at 90⁰ and m1 x m2 = -1. Hope this is helpful. We wish you all the best in your upcoming exam. The GCSE Mathematics Zone Team.

[@FreddySPIDIO]

Pleasant explanation ❤❤🎉🎉🎉

[@GSCEMathematicsZone12]

Glad you liked it, thank you.

[@josephbwalya5297]

This is great teaching Sir

[@GSCEMathematicsZone12]

Thanks for watching! I hope you found the explanation helpful.

[@JamesMvula-ht8st]

Sir I am exceedingly grateful

[@GSCEMathematicsZone12]

I'm really happy to hear tha. All the best.

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Wow that's amazing

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Good work sr

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Well done sir

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I have liked it. Leo Muwanga from Uganda

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Thank you very much. I'm glad you found it helpful.

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Nice job

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Thanks. Keep watching.

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VERY NICE THOUGHT I LIKE IT

[@GSCEMathematicsZone12]

Thanks for liking

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Thanks for liking

[@AdrianMubila]

Where is negative 1 coming from

[@GSCEMathematicsZone12]

It's the formula.

[@SmithMonze]

Nice lecture

[@GSCEMathematicsZone12]

Thanks, keep watching.

[@annokenwa2966]

Thanks ❤

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You're welcome 😊

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Thanks you sir l love it

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You're more welcome

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Thanks sir continue

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[@Doctorriangmonyjok]

It is very clear

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[@OUNDOJOHN-d6k]

Excellent

[@GSCEMathematicsZone12]

Thank you! Cheers!

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Im enjoying sir

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I'm really glad to hear that. Keep watching.

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Thanks

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Thank you.

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Very interesting

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Like you ❤

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[@YusufTKoroma-t6f]

Great

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Nice

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[@GSCEMathematicsZone12]

Where are you behind?

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Where are you behind?

[@LenardTembo-xl4zi]

Sorry sir on integration it's 157 not 155

[@GSCEMathematicsZone12]

Kindly revisit your calculations.

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Sorry but you're wrong

[@GSCEMathematicsZone12]

There's somewhere you are going wrong 😉😊

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No the video is right

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[@GSCEMathematicsZone12]

You're welcome. I'm currently not doing online tuitions

[@YusufTKoroma-t6f]

Well done sir

[@GSCEMathematicsZone12]

It's my pleasure. Keep watching more videos on this channel, and remember to like, comment, and share.