Still not able to figure out as to why conv. Of energy is not holding in interference

One reason might be the detector D in the original question is an optical detector and hence it cannot measure any other forms of energy except that of light.

I think there will be loss of energy in some other form due to discontinuity of the waves due to interference

Otherwise THERE NEEDS TO BE ACCUMULATION OF ENERGY WHICH CANNOT BE TRUE

onsider an excited hydrogen atom in state n moving with a velocity v(v<c). It emits a photon in the direction of its motion and changes its state to lower state m. Find the frequency of emitted radiation in terms of frequency f0 emitted if the atom were at rest.

Sorry

Consider an excited hydrogen atom in state n moving with a velocity v(v<c). It emits a photon in the direction of its motion and changes its state to lower state m. Find the frequency of emitted radiation in terms of frequency f0 emitted if the atom were at rest.

what exception is that now?

HI + red P gives radicals

does it give radicals in CCl4 too?

@Yashas may be ring is forming

that does not change the product

bridged cations follow Markovnikoff's rule

they just don't allow any rearrangement to take place

otherwise, they are the same

I mean the I attach to carbon chain attack

masterorganicchemistry.com/reaction-guide/…

bridged cations are anti addition but that questionw wasn't interested in the sterochemistry

the non bridged cations follow SN1

you get both the products

you might get a little bit of extra inversion product

51% inversion and 49% retention

That is the product which the OP got in that question. The OP said their answer was wrong.

But here , I think the Iodine attck the carbocation which is attached to carbon chain

I am not good in chemistry

Have anyone tried the question?

Consider an excited hydrogen atom in state n moving with a velocity v(v<c). It emits a photon in the direction of its motion and changes its state to lower state m. Find the frequency of emitted radiation in terms of frequency f0 emitted if the atom were at rest.

is it (cf0)/(c+v)

fo(1+v/c)

are you sure that is correct

Given as answer. Not sure

Mine is coming to be fo(1+v/2c)

How did you reach at that answer?

simply I used dopplers effect

?

Is it applicable here?

waves chapter

I think it is

Anyway.. The answer is still not matching

NB: Answer will match if you consider effect of observer, not source

yes

But that does not make much sense if not nothing

how much will you score?

around 209

wow

what about yu

138 I got worried about maths and then killed my whole mood

are we going to get any bonus marks cuz some questions are debatable

It doesn't matter , just get prepared for advance

@ArchisWelankar don't know

are you giving any test series

Studying at Allen

One of my classmate is getting 323

HHOWWW?

120 in physics, 115 in chem

@blue HE GOT THAT CP CV CORRECT LOL

In our institute highest is 343

:O

And I had listen in India highest is 355

lol

a student of aakash in karnataka

@Yashas

I am drunk

I don't want to talk now

lol

In this why piston will move , pressure is same

does it depend on temp

@blue

Then for equilibrium pressure and temp both shoud be equal @blue

volume can vary

ohk

thanks

That boy do 200 questions daily of maths of advance level

May be actually he does more

of only maths

lol

oh god

in fiitjee all india test series , many times he scored AIR 1

I am jealous

same to you

Good night

Hi didn't know about this room until now!

Welcome @Utkarshfutous

Just to glorify the beauty of the question : the keyword "conducting" is very essential. @Koolman

why @MadhuchhandaMandal

Otherwise initial condition would be equilibrium