Binary Isomorphous Phase Diagram (हिन्दी )

[@MadhavBhatt123]

sare important topic easily samaj aate he thank for this type of vedio.very helpful

[@LEARNANDGROW]

Thanks for your words

[@jtuber414]

this is how it has to be explained. great explanation

[@LEARNANDGROW]

Thanks for your words

[@ManishKumar-jr8ik]

Sir plzz make a video on cast iron
Its types ,composition ,uses
Sir plzz make a video on it

[@06hamzaarshadmarshad84]

Love by Pakistan Sir great ❤❤

[@LEARNANDGROW]

Thanks for your words

[@sanjitanamataabhi4625]

Superb explanation sir

[@LEARNANDGROW]

Thanks for your words

[@sarfaraziqbal6034]

Sir jee is ka koi numerical kar k dikha dein + lever rule bhi smjha dein

[@ajinqya]

like it sir keep it up
itna mehnat karke video post kiya isiliye thank you

[@LEARNANDGROW]

Glad to help you

[@fuzelakhter7593]

Sir, if we take a point at any region in solid + liquid phase then what will be the liquid % and solid %? Plz reply me.

[@ketankumardas8873]

Thank you sir.... good job sir.... keep it up ✌️✌️✌️

[@LEARNANDGROW]

Thanks and glad to help you

[@madniahmad8945]

Jzak Allah sir ji

[@LEARNANDGROW]

Thanks for your words

[@sakshisakshi4912]

Sir you explain very very well and easy way

[@LEARNANDGROW]

Thanks and glad to help you

[@dhrubajyotideb9988]

Bahut badiya samjhaye sir ji

[@LEARNANDGROW]

Glad to help you

[@parvej4u506]

Lajwab

[@LEARNANDGROW]

Thanks

[@vedantshrivastav7226]

Sir temperature ka line nhi banae h

[@shubhamgurav9194]

Thanks a lot sir 👍👌🙏❤️🔥😎

[@LEARNANDGROW]

Glad to help you

[@mohitsharmakarnal4171]

Wonderful

[@LEARNANDGROW]

Thanks

[@mitadhikari]

Bhai video achha tha

[@mitadhikari]

Ek video composition ke upper bnao detail mai

[@parasverma5103]

Good lecture

[@LEARNANDGROW]

Thanks

[@kaifikhans]

thaku so uch bro

[@LEARNANDGROW]

Glad to help you

[@kaminirawat6891]

Nice

[@LEARNANDGROW]

Thanks

[@irinaji1432]

We❤

[@vaishalinavale7201]

Thanksgiving

[@LEARNANDGROW]

Glad to help you

[@ericopera]

I have the following problem:
The melting temperatures of two fully soluble metals A and B in the liquid state are 1300 and 800 ° C, respectively. An alloy of the system at 601 ° C is in the liquid state and at 599 ° C it has a single component, the ratio of the solid phases being 4: 1, and one of them has a maximum solubility of A in B of 20% at 600 ° C. and 15% at room temperature. At 800 ° C, a solid phase of the system, which consists of one of the metals in the pure state and another phase in a different physical state with a composition in B of 40%, is converted into a new phase AB3. Data: Ma (A) = 70, Ma (B) = 10
a) Create the binary phase diagram of the A-B system. b) Define all existing phases, the liquid and solid curve as well as the Solvus line

[@swetapatel2530]

Nice

[@LEARNANDGROW]

Thanks