Grade 6Physical Chemistry
from where do eletrons get energy to revolve around the nucleaus ?and how do it get energy
from where do eletrons get energy to revolve around the nucleaus ?and how do it get energy
1 Answer
Umakant biswal
@ nirmohi
Electrons do revolve , but the orbits are only probabilistic approach .
and i think u knows that planets do revolve around the sun constantly , as gravity is the force responsible for that ,
like that same fashion , a electromagnetic force attract the orbiting electrons towards the nucleaus ,
and as electrons are -ve in charge and nucleaus are +ve in charge , so, there is also an electrostatic attraction possible as u knows opp charges attracts each other ,
AND THE FORCE THAT REQUIRES TO SET THE ELECTRON IN MOTION AROUND THE NUCLEAUS IS THE CENTRIPETAL FORCE .
AND IF U CAN REFER TO THE CASE OF YOUR DAY TO DAY LIFE , THEN THINK OF AN ELEVATOR , IT ALSO HAVE SOME LIMIT , IT CANNOT TAKE YOU UNDERGROUND IF IT DOESNOT MADE TO DO SO,
LIKE THAT ONLY , ELECTRONS WILL HAVE TO REVOLVE IN SOME DISTANCE ONLY , AND THAT CANNOT BE MAKE NEARER WHATEVER THE ATTRACTION WILL BE .
Electrons do revolve , but the orbits are only probabilistic approach .
and i think u knows that planets do revolve around the sun constantly , as gravity is the force responsible for that ,
like that same fashion , a electromagnetic force attract the orbiting electrons towards the nucleaus ,
and as electrons are -ve in charge and nucleaus are +ve in charge , so, there is also an electrostatic attraction possible as u knows opp charges attracts each other ,
AND THE FORCE THAT REQUIRES TO SET THE ELECTRON IN MOTION AROUND THE NUCLEAUS IS THE CENTRIPETAL FORCE .
AND IF U CAN REFER TO THE CASE OF YOUR DAY TO DAY LIFE , THEN THINK OF AN ELEVATOR , IT ALSO HAVE SOME LIMIT , IT CANNOT TAKE YOU UNDERGROUND IF IT DOESNOT MADE TO DO SO,
LIKE THAT ONLY , ELECTRONS WILL HAVE TO REVOLVE IN SOME DISTANCE ONLY , AND THAT CANNOT BE MAKE NEARER WHATEVER THE ATTRACTION WILL BE .
HOPE IT CLEARS YOUR DOUBT
ALL THE BEST ..
ALL THE BEST ..
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