Difference between Newtonian fluid and Non Newtonian fluid

[@kamkam90]

Very helpfuk. Thankyou

[@civilengineering94]

Glad it was helpful!

[@astroiliyas]

Perfect explanation,nice!👍

[@virubhati5812]

I like it #civilinsight

[@CoimbatoreMaplai]

got 5 marks instantly. thanks ❤❤

[@civilengineering94]

❤️

[@SurajYadav-jo7vc]

Nice vdo #civilinsight

[@alexanderfwangder419]

Helped a looot. Thank youuu

[@civilengineering94]

Welcome

[@ryanseow5447]

Amzing vid my brother

[@civilengineering94]

Thanks for the visit

[@neelein]

Veryyyy helpful🙏

[@civilengineering94]

Glad to hear that

[@engineermoon]

Very v v informatic sir

[@civilengineering94]

Thanks #Moon

[@dikshasharma9749]

full knowledgeable

[@civilengineering94]

Thanks

[@jacobmalava4471]

Nice be audible enough kindly... Good presentation

[@civilengineering94]

Noted

[@GauravSharma-zb3hm]

Now its clear #civilinsight

[@ferielboumaza8866]

What is the value of the spacers axis

[@ksadz1295]

Watching this while Im mechanic engineering student

[@sanamajayan170]

Superb sir thanku so much

[@civilengineering94]

Most welcome

[@kajalvishwakarma7595]

Sir Very good explained

[@civilengineering94]

Thanks and welcome

[@nikhilyadav9103]

Awesome video

[@civilengineering94]

Thanks!

[@user-mv8qx4si3u]

thanks a lot, very helpful

[@civilengineering94]

You're welcome!

[@hareemmalik3173]

Lecture was fine but voice was too low.

[@knownasbasim]

Ty 😃

[@bogcankan3469]

rely loved it accept it is moving at a slow rate

[@perdanafahrizal8948]

Thank you...

[@civilengineering94]

You're welcome!

[@noura4166]

thank youu

[@civilengineering94]

Welcome 😊

[@lemongrape3226]

thank you very much for the wonderful explanation!

[@civilengineering94]

You are welcome!

[@aliiqbal8344]

very nice explanation but your voice is too low and dim...please work on it

[@civilengineering94]

I will try my best

[@anisawulansafitri5988]

I'm sorry, i'm not good in English. if the viscosity is affected by temperature, why does Newtonian fluid have a constant viscosity?

[@deborahonyema4977]

This is a very good question. I would also love to know the answer to it.

[@ruheet_plays977]

As the temperature of the fluid is increased the viscosity of the fluid will decrease at a constant rate for a Newtonian fluid (For example the viscosity will decrease by the same amount each time) .However for a non-Newtonian fluid the viscosity will decrease at a non constant rate which means the viscosity will not decrease by the same amount each time

[@joseffreebird2372]

@@ruheet_plays977 thus from the beginning the definition of Newtonian fluid is wrong, because it's said that the viscosity of Newtonian fluid is constant!

[@junaidraza788]

Awaz.tu high kar

[@omchavan8225]

Bruh, your voice be hurting my brain. Can't understand a thing lol.