Recent content by pardesi

how is this book https://www.amazon.com/dp/0486691934/?tag=pfamazon01-20

hey can someone suggest me a linear algebra book which dwells into topics of vector spaces(linear) ?

what does the momentum in de broglie wavelength signify? i mean how do u defien it...we can define the expectation in momentum but how do we define momentum for "quantum mechanincal" particles

i am not able to get the importance of identically prepared systems

How does this follow from the defintion of the expectation value of x

Wireless Power transmission(URGENT) Hi guys Im actually plannin to build a wireless transmission system using induction, and without using a soft iron core. We are actually having 2 coils, one primary and one secondary. Our problem is that we aren't getting any kind of induction output. The...

Cans omeone please list out the reasearch oppurtunities/Internship oppurtunities ofr an Engineering Physics student during the summer.. I am interested in theoritical physics...as such where all can i apply for summer research...?

http://www.mathlinks.ro/viewtopic.php?p=1096064#1096064 is what i think of waves as

what are total stations and RTK GPS

ya i do have my method ...the method i use is we can use trigonometry(the std method) where using a sextant like instrument to measure the angle and use similarity knowing my height any other non trivial methods or say innovatyive wud be appriciated

Design a method to calculate the height of a building?this is an engineering design question... URGENT! ...i need inputs !

exactly that was my point of contradiction to my profs claim

yeah sry for that i was at a library so had to hurrily type that the corrected version "..the speed of the body at that point then we have the total time taken to cover the.."

i have this doubt in teh famous brachistrone problem The Problem we have to find teh path y(x) connecting two fixed points so that a body sliding along it under the influence of gravity only from rest should take the least possible? The Proof consider any length ds along the path the time...

is it necessarily true that we have \frac{\partial T}{\partial q}=0?