Ask your own question, for FREE!
Physics 8 Online
OpenStudy (dls):

What is the relationship between mass and electricity ? Faraday one..?

OpenStudy (anonymous):

96500?

OpenStudy (dls):

WHAT?! I asked the relationship in terms of expression!!

OpenStudy (anonymous):

You mean the relationship between mass and charge?

OpenStudy (anonymous):

Or between Gravity and Electromagnetism?

OpenStudy (dls):

It says..In 1833,Michael Faraday showed that there is a relationship between matter and electricity.This was the first major breakthrough to suggest that atom was not a simple indivisble particle. I didn't understand The relation between two lines and meaning one the first one

OpenStudy (anonymous):

Oh, I see. He was doing experiments with electrolysis and discovered that the electrodes got heavier or lighter in direct proportion to how much charge they accumulated. It basically meant that electric charge was carried by charged objects. Since whole atoms are electrically neutral, this either meant that there was something out there other than atoms that carried charge, or that atoms are made up of smaller pieces whose charges cancel each other out.

OpenStudy (dls):

Simpler terms,anyone? XD

OpenStudy (anonymous):

ok....are u familiar with Faraday's laws of electrolysis? if not, google it.

OpenStudy (anonymous):

here's the first law: "The mass of the substance liberated or deposited at an electrode during electrolysis, is directly proportional to the quantity of electricity passed through the electrolyte." so if W is the mass of substance deposited of liberated when Q amount of electricity is passed, then the law states that \[W \alpha Q\] this is the relation u're looking for?

OpenStudy (dls):

yeah,thanks !

OpenStudy (anonymous):

:)

OpenStudy (dls):

but what relation does this have with the corresponding line?

OpenStudy (dls):

It says..In 1833,Michael Faraday showed that there is a relationship between matter and electricity.(((This was the first major breakthrough to suggest that atom was not a simple indivisble particle.)))this

OpenStudy (anonymous):

got it now?

OpenStudy (dls):

yes :))

Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!
Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!