I bet you didnt know that

Tell me how wrote: »

He's very responsive to tweets or messages to his show. I'd be surprised if you asked him to explain that he wouldn't either acknowledge the mistake or explain the reasoning behind it.

The reasoning behind it - like so many others of this nature - is down to laziness and once a mistake is made, it's continually repeated. The erroneous inclusion on compilations of album versions instead of radio edits / 7" mixes is very common when it comes to genres outside of dance and pop.

I might ask him at some stage. I did tweet him about my The Last Bus Home but didn't get a reply.

Ronaldo is 869 days older than Messi. He is 33 years old and will turn 34 on 5th February, 2019. Messi is 31 and will turn 32 on 24th June, 2019

The interesting thing?
Their sons were born 869 days apart.

September 1992: after their first three EPs got Single Of The Week in Melody Maker (and two of them achieved the same in NME), Cork band The Frank And Walters set off on a UK tour. They brought this band along as support.

gozunda wrote: »

Thanks for that, very interesting. But that is seriously the single worst drawing of a ducks foot I've ever seen ... :pac:

Taken from the web.

NewbridgeIR wrote: »

September 1992: after their first three EPs got Single Of The Week in Melody Maker (and two of them achieved the same in NME), Cork band The Frank And Walters set off on a UK tour. They brought this band along as support.

Radiohead also played support for the sultans of ping at one stage, which is absurd.

It's a long thread , and apologies if this has been posted before!

A Cadburys Flake will not melt in a microwave.

The Flake didn't melt because Lucy forgot to turn the microwave on.

bonzodog2 wrote: »

The UK Foreign Office has an official cat, named Palmerston. Job title is Chief Mouser. He has 73,000 Twitter followers.
https://twitter.com/DiploMog

Jacob Rhys Moggy 🙀

I have my coat already...

mzungu wrote: »

Oliver Stone appeared on a celebrity edition of the popular US game show Jeopardy in 1997. He won the game and in the process raised $15,000 for charity. He subsequently admitted to being on ecstasy at the time and credited it with his victory by increasing his response time on the buzzer.

https://www.youtube.com/watch?v=SiZ2Vh1SWb4

The adverts in the middle of that.

Take fat stopper and eat whatever you want!

This is an interesting topic because in relation to magnetism I always remember the electric field lines I've learned about at school. Especially Ferromagnetism.




I was fascinated how iron filings are rearranged around a magnet as in the picture above. It was explained that atoms with not completed (?) electron shells react like magnetic dipoles. And then my eyes glazed over and I didn't understand anything anymore.

It's probably standard physics but reading Fourier's explanation made me think again about magnetism beyond the finer science of particles.

Maybe someone can explain why iron files show this magnetism field? For blondes? :cool: :pac:

Carry wrote: »

This is an interesting topic because in relation to magnetism I always remember the electric field lines I've learned about at school. Especially Ferromagnetism.




I was fascinated how iron filings are rearranged around a magnet as in the picture above. It was explained that atoms with not completed (?) electron shells react like magnetic dipoles. And then my eyes glazed over and I didn't understand anything anymore.

It's probably standard physics but reading Fourier's explanation made me think again about magnetism beyond the finer science of particles.

Maybe someone can explain why iron files show this magnetism field? For blondes? :cool: :pac:

All matter that accelerates induces a magnetic field. Just by you sitting still the atoms in your body are accelerating (jiggling) and the electric field from your atoms interacting with the induced magnetic field induces an EM wave which propogates at C through space in all directions and is in the infrared region. As such, we are always radiating, we just can't see it at a macro level. If I jumped up then the atoms in my clothes get accelerated and off go more EM waves etc etc.

The magnetic field induced by me however is just so small that it's irrelevant at the macro physical level. Some matter has enough packed density that the individual magnetic fields of it's jiggling atoms are exponentially compounded upon each other. A bar magnet is an example of this and is made of Iron (Fe) so it's a ferromagnet. The density of the iron atoms is thus strong enough that it creates a permanent magnetic field and this becomes noticeable to our macro level i.e. we can interact with the field with other matter. This is a vector field (with direction and magnitude) invisible to our eyes. Take one particular magnetic field line (picture it as a stream of flowing water) and from the originating north pole of the bar this 'water' line acts as if from a faucet or a hose, this water line is what creates the vector field line, it will have a particular direction and strength but must always go down a sink. Positive harge being faucet like and negative charges sink like when thinking about the vector field lines.

The water line is permanently suspended in 'space' and the water goes down a sink (terminates). This is the South pole of the magnet. When we sprinkle minute iron filings around the bar magnet we can see the flux (i.e. how much 'water' might be flowing at a particular point in space). The iron atoms in the filings interact with the magnetic field lines, the outer electrons which are charged thus have their own micro magnetic field and when this interacts with the macro magnetic field of the bar it allows us to visualize the permanent magnetic field of that particular bar magnet i.e. the iron is prohibited from occupying the 'space' the stream of water (magnetic vector) of the bar magnet.

That's my uneducated thinking about it. As Wolfgang Pauli might have put it "..this isn't even wrong"

If you look at a vector field then arrows going away from a point is a hose and any arrow going towards a particular point is a sink. The size/length of the arrow indicates the flux (the volume) in the vector field i.e. how much 'water' is flowing through chosen point(s) in space (e.g. the red circle below)