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ya i had the same doubt earlier but see

firstly , 3 degree carbocat has 9 alpha hydrogens involved in hyperconjugation so compared to allylic where there are 2 resionating structures it is more stable . so i guess first part is clear .

and about stability of singlet and triplet carbene whenever effects like resonance , backbonding ,hyp. are absent triplet is more stable , and vice versa .
svj is right in his explaination but mine can be generally applied .

LET ME BE MORE CLEAR THE TWO PLATES ARE AT SAME POTENTIAL SO CONNECTING THEM BY A WIRE DOES NOT MAKE A DIFFERENCE RIGHT . SO MY TWO PLATES AND REDUCING IT TO ONE PLATE IS NOT THE SAME , I GUESS .

I KNOW HOW TO SOLVE SUCH PROBLEMS BUT JUST WANTED TO KNOW THIS CLEARLY . THANK YOU FOR ALL UR EFFORTS

but u can allways store charges in between the two plates right ???????? see the answers given by TARINBANSAL , ASTATINE , INDRAJEET SIR . and all of u who say it acts as a capacitor for that matter ,

THE TWO PLATES ARE AT THE SAME POTENTIAL SO CONSIDERING IT AS ONE PLATE OR TWO PLATE ?????? LIKE IN THE QUESTION I ORIGINALLY ASKED THE TWO PLATES ARE AT THE SAME POTENTIAL SO I CAN DISMISS THEM AS JUST THE EFFECT DUE TO ONE PLATE RIGHT BUT THAT IS NOT SO IT IS LOWER THAN THE EFFECT OF ONE PLATE SO U CANT CONSIDER IT AS ONE PLATE AS PER OUR PREVIOUS ARGUMENTS THAT THE SYSTEM HAS LOWER CAPACITANCE THAN THAT DUE TO JUST ONE PLATE.

hey guys is v the absolute potential or potential difference ???????
indrajit sir and astatine contradict each other .

buddy i will give u the qn. where im applying this thing then u know why i say this ?

is it a conducting sphere or a insulating ??

look oppositely charge is brought close to a charged plate to decrease its potential and inturn increase capacitance.
the plate as such also has capacitance , i mean isolated .

so if u bring plate with same charge density then it creases potential but decreases capacitance but still its gotta be a finite value.

PLEASE DISSAPROVE ME OR GIVE A REASON . THANKYOU

ITS ACTUALLY A RELATED QN. I WANT TO DISSAPROVE THIS IS A PART OF IT WANT THAT QN. POST UR EMAIL ID'S COZ I CAN UPLOAD ANY IMAGES IN THIS SITE FROM MY COMP DONNO WHY ???/

look its not necessary that the charges on the opposite plate is by the process of induction u can allways have a system like this what u say is right , that u have to charge both plates , given this system can it have a finite value of capacitance ???

u say it wud decrease , agreed , but does it have capacitance ???????

what i read in many books is that opposite and equal charges are taken to decrease the field thats all a single conductor has capacitance . now the book doesnt mention if like charged cap. can have capacitance

is it a,b

IN PARALLEL PLATE CAPACITORS CAN A SYSTEM OF TWO PARALLEL PLATES OF EQUAL AREA , SAME CHARGE DENSITIES HAVE CAPACITANCE ??

|+ +| E inside = 0

|+ +| dv/dr = 0

|+ +| v= constant

|+ +| hence potential is nonzero

|+ +| so c =q/v which is a finite value ????

|+ +|

pretty close call but i wud suggest u can hav an effect similar to hyperconjugation acting here , making nh3+-nh3+ have a partial d.bond charecter so shorter bond length now further i say this coz N and C have comparable sizes

no u shudnt segregate physical and organic and also inorganic for example the reaction mechanisms are many time reinforced by thermodynamic , kinetics etc which come under physical chem . now a reagent used may be inorganic so definitely u even study reagents .

all the three branches go hand in hand .

moreover many carbon compounds are inorganic look at co2 .

at the same time physical chem. deals with carbon which is also a physical element u see . so there are inter linkages between all these fields but for our convineance what ever is told to u in the above threads is correct.