ATOM O ATOM KA HO GAYA!!!!LOOL


I THINK ALL R CORRECT ISN'T IT>

15 Answers

1
hacker ·

ANS. GIVEN IS C!

BUT I WONDER THEY DIN WRITE THAT IT ONLY DEPENDS ON N SO EVEN C SEEMS TRUE SO NONE OF THEM IS WRONG ISN'T IT?

1
hacker ·


I EXPECT ANS. AS A BUT GIVEN IS C WAT I M DOING WRONG IS ANS. GIVEN CORRECT???

11
Tush Watts ·

oh sry, ... misread the ques

They r asking 4 the wrong options [2]
but the enrgy isn't for unielectron (Hydrogen atom or hydrogen like species ) ???
So, (c) is correct answer.

1
hacker ·

THEY HAVE WRITTEN IT DEPEND NOT ONLY DEPENDS SO I DON'T THINK IS WRONG!

11
Tush Watts ·

but is that valid for multielectron atom ???
I don't think it is valid.

1
hacker ·

LOLZ TUSHAR WHO TOLD U SO..FOR MULTIELECTRON ENERGY DOES NOT DEPEND ON n U NEED TO CHECK THAT CHAP. AGAIN I FEEL![PLZ DON'T FEEL I M DISRESPECTING U JUST AN ADVICE IF U WANT U MAY FOLLOW!]

6
Kalyan IIT-K Beware I'm coming ·

hey sud'nt the ans e all are correct??

1
hacker ·

kalyan bhai main bhi to #1 se hi yahi keh ra hoon...[3]

106
Asish Mahapatra ·

yeah ... it should be all correct.

but maybe as energy depends on n and l both, so they have marked it as wrong.

6
Kalyan IIT-K Beware I'm coming ·

toh kaun kehta hai kians yeh nahi hai?????:D

6
Kalyan IIT-K Beware I'm coming ·

jo ketha hai usko bolo justify karne ko....

6
Kalyan IIT-K Beware I'm coming ·

yeh kya fiitjee mein diya hua hai??

6
Kalyan IIT-K Beware I'm coming ·

i suppose kai bar fiitjee mein bhi galat ans diya hota hai...if explaination is given please post it....

1
hacker ·

ok kalyan we can safely and obviously conclude thyat all r correct quyestion closed

u guys forgot bout quest in #3

1
madhumitha harishankar ·

Found this..

In atoms with multiple electrons, the energy of an electron depends not only on the intrinsic properties of its orbital, but also on its interactions with the other electrons. These interactions depend on the detail of its spatial probability distribution, and so the energy levels of orbitals depend not only on n but also on . Higher values of are associated with higher values of energy; for instance, the 2p state is higher than the 2s state

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