Recent content by kenyanchemist

:wink:Ionize the water then get a strong enough potential difference o0)

Try getting an object with enough density to exert a gravitational pull on the water then place it more than 5m above the water

Siphoning is still technically a pump... just reciprocal

I suspect so

In our universe of endless wonders it's not that hard to imagine... who knows, maybe he has telepathically seen something the rest of us are yet to :biggrin::biggrin::biggrin:?:)

Let me put it this way, Every body (planets, asteroid, comet, moon) whether having an atmosohere or not has that 'comfort zone' That temperature range that it mostly oscilliates in Several factors affect the temperature e.g. distance from the sun, atmosphere thickness and composition, time of...

Yes I have followed the your suggestions and I have checked out the spdf notations... it has been a great help...thanks a lot

Got it... many thanks

No... i meant the lecturer did... but I've followed your advice and gotten the solutions... thanks

Umm... how do I go about that?! Please understand am like super new on quantum mechanics Please show me :cry::cry:

Hi, I have a question Given the function LzYilm(θ,ϕ) =mħYilm(θ,ϕ) What steps can I take to confirm that Lz=ħ,0,-ħ

Yes it is... i guess I didn't explain the problem completely... it is a plot of the function that am looking for However you would be surprised how difficult it is to actually find it is like looking for a needle in a haystack. A needle that my baby brother promised is in there

Yes... and yes...thanks for the head start though :smile:

hi, so my lecturer decides to give me manic depression by sending me on a wild goose chase. what is the general form of a plot of Ψ, Ψr2 and r2Ψ versus r for both Ψ2s and Ψ2p orbital... am not even sure i said it right So far I have only gotten the Ψ2r2 versus r