Lots of times "agrees" was said when in fact the professor meant "disagrees".
@akghoshКүн бұрын
please create in hindi
@ritikakoranga48042 күн бұрын
A tower, 0.6 m diameter, packed with 50-mm ceramic Raschig rings to a depth of 1.2 m, is to be used for producing a solution of oxygen in water for certain pollution-control operations. The packed space will be pressurized at 5 std atm abs with pure oxygen gas from a gas cylinder. There is to be no gas outlet, and gas will enter from the cylinder only to maintain pressure as oxygen is dissolved. Water will flow down the packing continuously at 1.5 kg/s. The temperature is to be 25°C. Assuming that the entering water is oxygen-free, wiut concentration of oxygen can be expected in the water effluent? data: at 25°C, the diffusivity of oxygen in water - 2.5 * 10 ^ 5 * c * m ^ 2 / s viscosity of water -0.894 cP, and the solubility of oxygen in water follows Henry's law: overline p = 4.38 * 10 ^ 4 * x . where pequilibrium partial pressure, atm, and x mole fruction of oxygen in the liquid. Neglect water vapor content of the gas. Sir could you give the solution for this question it would be very helpful.
@masterloader68083 күн бұрын
it is such a nice video without any distractions and other extra activities
@ajaynikalje38575 күн бұрын
Thanks for sharing video
@SatyaVillage5 күн бұрын
21:08
@adrianneschaus79011 күн бұрын
did an entire course on SPCMT and didn't understand 70% of it, however, this lecture has really been quite straightforward and creates much needed intuition
@ridmiweerasinghe333312 күн бұрын
Thank you!
@souradeepbhattacharya610720 күн бұрын
Dimensionality is not satisfied in the velocity expression of the Beeman algorithm.
@priyanshicutebaby21 күн бұрын
Sir please explain iso 5817 detailed
@Ishanya_21 күн бұрын
This is honestly the best video
@mohdfaiz644622 күн бұрын
Thank you sir you saved my tomorrow's exam😀
@mayankkudwan287722 күн бұрын
Same bhai bach gye
@mayankchoudhary897922 күн бұрын
@@mayankkudwan2877 sir ye dono bacche kal cheating karne wale hai in par najar rakhna
@mohdfaiz644622 күн бұрын
@@mayankchoudhary8979Alag class mein bethne ka dukh dard😂
@shreyansgarg618222 күн бұрын
Bhai yaar bahut syllabus bacha hai :P
@mohdfaiz644622 күн бұрын
@@shreyansgarg6182aree abhi to bahut time bacha hai bhai…. pura playlist dekhle
@ss_293922 күн бұрын
16:26
@ss_293922 күн бұрын
35:40
@codingwithsam499222 күн бұрын
Kuch samaj nhi aaya 😿😢
@ujjavalverma609224 күн бұрын
Anyone give me notes of this lecture please 🥺🙏.
@25parthy25 күн бұрын
Thanks for the efforts , but could have made nice animations to make complex concepts simpler, rather than boring writings
@Manjeet-jn6bg25 күн бұрын
Thank you ma'am for the wonderful lecture. Could you please let me know, this app is free or not? Thank you
@praharshpranjal255827 күн бұрын
He is teching to himself it seems.
@sonia3266Ай бұрын
Plzzz class in hindi
@latestamazingvideos2179Ай бұрын
Sir your explaining style is not good.
@user-ud2mm5se5mАй бұрын
AoA maam thank you so much mari paper thi
@graceogutu211Ай бұрын
nice
@hengguanweiupm8896Ай бұрын
Easy to understand, concise. Appreciate your lecture. Thank you Sir.
@user-cb7cz3ty5pАй бұрын
Thank you
@771aryanАй бұрын
very great and informative lecture for students. Thanks a lot sir
@AlexBlade27Ай бұрын
Sorry but this lecture was not helpful to me. I understood the theory but when it comes to mathematics... everything went over my head.
@play.7242Ай бұрын
You did not talk about residual stress. Can you make a video and past a link here. If its related to SLM that would be best
@AlexBlade27Ай бұрын
Excellent lecture
@yashirohatgi47522 ай бұрын
Yahan 0.026 x axis mein mention nhi h toh kaise pta chlega ki yhi ca/c0 h
Пікірлер
Lots of times "agrees" was said when in fact the professor meant "disagrees".
please create in hindi
A tower, 0.6 m diameter, packed with 50-mm ceramic Raschig rings to a depth of 1.2 m, is to be used for producing a solution of oxygen in water for certain pollution-control operations. The packed space will be pressurized at 5 std atm abs with pure oxygen gas from a gas cylinder. There is to be no gas outlet, and gas will enter from the cylinder only to maintain pressure as oxygen is dissolved. Water will flow down the packing continuously at 1.5 kg/s. The temperature is to be 25°C. Assuming that the entering water is oxygen-free, wiut concentration of oxygen can be expected in the water effluent? data: at 25°C, the diffusivity of oxygen in water - 2.5 * 10 ^ 5 * c * m ^ 2 / s viscosity of water -0.894 cP, and the solubility of oxygen in water follows Henry's law: overline p = 4.38 * 10 ^ 4 * x . where pequilibrium partial pressure, atm, and x mole fruction of oxygen in the liquid. Neglect water vapor content of the gas. Sir could you give the solution for this question it would be very helpful.
it is such a nice video without any distractions and other extra activities
Thanks for sharing video
21:08
did an entire course on SPCMT and didn't understand 70% of it, however, this lecture has really been quite straightforward and creates much needed intuition
Thank you!
Dimensionality is not satisfied in the velocity expression of the Beeman algorithm.
Sir please explain iso 5817 detailed
This is honestly the best video
Thank you sir you saved my tomorrow's exam😀
Same bhai bach gye
@@mayankkudwan2877 sir ye dono bacche kal cheating karne wale hai in par najar rakhna
@@mayankchoudhary8979Alag class mein bethne ka dukh dard😂
Bhai yaar bahut syllabus bacha hai :P
@@shreyansgarg6182aree abhi to bahut time bacha hai bhai…. pura playlist dekhle
16:26
35:40
Kuch samaj nhi aaya 😿😢
Anyone give me notes of this lecture please 🥺🙏.
Thanks for the efforts , but could have made nice animations to make complex concepts simpler, rather than boring writings
Thank you ma'am for the wonderful lecture. Could you please let me know, this app is free or not? Thank you
He is teching to himself it seems.
Plzzz class in hindi
Sir your explaining style is not good.
AoA maam thank you so much mari paper thi
nice
Easy to understand, concise. Appreciate your lecture. Thank you Sir.
Thank you
very great and informative lecture for students. Thanks a lot sir
Sorry but this lecture was not helpful to me. I understood the theory but when it comes to mathematics... everything went over my head.
You did not talk about residual stress. Can you make a video and past a link here. If its related to SLM that would be best
Excellent lecture
Yahan 0.026 x axis mein mention nhi h toh kaise pta chlega ki yhi ca/c0 h
Gud sir
thank you Sir How do i contact you Sir?