Sir, what about part (b) of the same question? Can you guide me? I am having difficulty with part (b) regarding the method of simplifying the equation for Total MMF to derive ( B_g ).
@@pradeepyemula6015 You are right , the solution of my excercice says Vth = V1, and i dont understand how Because if let say : the kirchoff equation gives us V1 - V2 + (R1*I1 - R2*I2) = 0 with V1 = V2 it will become : (R1*I1 - R2*I2) = 0 if R1 = R2 then I1 = I2 & we dont know both of them else I1 = Contant*I2 in other hand the Vth = V1 - Constant*I1 in both cases i1 and i2 are unknowns , if i1 = 0.1A thus i2 = -0.1A while (R1 =R2) then Vth = V1 - Contant* 0.1 = it is not V1 in this case So what makes the I1 = 0 or I2 = 0 ? while we know they are not 0
Sir in the first problem P1 why not zactual= sqrt(3) × j 0.8 ohm Since it is a 3 phase impedence And in question it mentioned j0.8 per phase right sir 13:00
Hello Sir , I am pre-final year student in Electrial Engineering . I am very much interested in developing the above Smar Grid Design , but I am facing some issues in the code part . Can you share the resources of the above Design (if possible) with me ?
we are adding the ampere-turns for iron ring and air gap, because the magnetic path is in series. You are right, the length of iron will change from 0.6 meters to 0.599 meters (becuase 1 milli meter is reduced). But this will not result in much change in the final answer so we neglect this reduction in the length of iron path.
This seems okay, but to ensure security, a lot of people have established the principle of least privilege, where service accounts must have as little privilege as possible
Check no 255 was given by longacre company to some third party supplier in April. They still did not take that check to the bank even by the end of May. So bank did not record it.
Mr Pradeep, a great work on 'Standardized Way of Sharing Energy Data with End Consumer Applications.' This innovative approach not only showcases your expertise but also contributes significantly to the field. The clarity and depth of this presentation in the RU-vid video are commendable, making complex energy data accessible to a wider audience. This achievement reflects your dedication to advancing knowledge and fostering a deeper understanding of energy systems. Sharing the info to all openly is a great thing to the engineering community. Kudos on this remarkable contribution to the academicians, industry people and power supply consumers and distributors. Please keep it up.
