I solemnly appreciate your anticipation to help. Am in interested in the engineering part or better still construction. Will a master degree in Physics astronomy be of any help? Which school is most likely to accept me with my degree in Physics Education?
I've got a degree in physics education. How could this lead me to obtaining a career in aeronautics? If no, how do i go about it? Your recommendations will be highly adored.
Whoa! Pleasant posts. Mine is logical. I think practical men who believe themselves to be quite exempt from intellectual influences are usually the slaves of defunct economicst. So do not border about unknown of others.
You will need to show us how and what you did in trying to solve it first before one can ascertain if you're right or wrong.
Hint: Think of letting v= x^2 y.
The best and simplest way of resolving implied multiplication is by proper application of the rule of BODMAS. That is, solving in the presiding order from left to right-Bracket Of Division Multiplication Addition and Subtraction. Thanks.
I think by using or applying the rule of BODMAS this could be better understood and solved well whelther with a calculator or not. That is; 48/(9+3)*2 = 48/(12*2) = 2.
That being said and duly understood, it brings me to the point of the challenge of searching for the schools and country which may offer me admission into aerospace program or astrophysics and of course not forgetting the subtlity of visa processing. Where then can one start?
Thanks pals. Now it seems unattainable with my present degree since i have to start from ground zero. How about a masters in Astrophysics or Astronomy? Can i do this with my B.ed Physics?
Hello everyone, i just graduated from a Nigerian university with B.ed in Physics,but am more interested in becoming an aeronautic engineer. How is this possible? Though am very good with calculations (both in maths & physics) but has not had any tactical skills to that effect. I want to know...
For instance, consider an atom in a single electron (such as Hydrogen or ionized Helium), if the wavefunction is normalized (which it does for the electron to exist), the wavefunction of the electron completely describe the way the electron behaves in an atom-like the energy and momentum...
Since there's a discussion going on real and virtual particle. What then is a real particle having understood that a virtual particle prompts the uncertainty of its energy and momentum in Heisenberg uncertainty principle?