Physics: Post your doubts here!

[Magenta]

You solved the wrong question lol

 

[asd]

WHAT ARE YOU GUYS GOING ON ABOUT... It all seems like Chinese and Japanese to me -,- May God have mercy on me!

A star , daredevil and asd

LOL, its "No mercy" when it comes to physics.

 

[daredevil]

yes i got the answers correct v is 2.26 and t=0.89

great

 

[Magenta]

http://papers.xtremepapers.com/CIE/...nd AS Level/Physics (9702)/9702_w12_qp_21.pdf

Pleaseee. Q4 b iii)

 

[daredevil]

OCt Nov 2004 Q6c
explainn plz

syed1995 and A star
now u both better give us some answers because main ne bohaat mshkil se dhoonda hai ye question!!

 

[asd]

syed1995 and A star
now u both better give us some answers because main ne bohaat mshkil se dhoonda hai ye question!!

I think I've already solved it -__-

 

[daredevil]

I think I've already solved it -__-

uhhh did u??
tum ne to ye bataya tha k assumption ki hai :O
hadd hai yaar! :O
asumption assumption mein main ne answer to miss nahi ker dia tumhara?

 

[asd]

syed1995 and A star
now u both better give us some answers because main ne bohaat mshkil se dhoonda hai ye question!!

Yar you have to just explain k from graph we know k 6V k lie its already 1500 Ohms, so for 7V its definitely higher than that. Which means Power dissipation is obv higher in C than in R

 

[Magenta]

Yaar koi kerde

 

[daredevil]

http://papers.xtremepapers.com/CIE/Cambridge International A and AS Level/Physics (9702)/9702_w12_qp_21.pdf

Pleaseee. Q4 b iii)

MustafaMotani solve this one man

 

[asd]

Oh and dont forget to mention current is constant for both.

 

[daredevil]

Yar you have to just explain k from graph we know k 6V k lie its already 1500 Ohms, so for 7V its definitely higher than that. Which means Power dissipation is obv higher in C than in R

ohhh ryt.... hum ne calculation to kerni hi nahi hai na idhar??
uff main ne qatal ker dena hai uss uncle ko mera dimaagh ghuma diya lol no offence

 

[asd]

MustafaMotani solve this one man

Waves with higher wavelength are diffracted more. In this case, red ki diffraction is higher. and therefore its going to be some angle above blue (considering the first order above 0th order in the diagram)

 

[daredevil]

Oh and dont forget to mention current is constant for both.

yeah ok thanks
u're the better uncle

 

[asd]

ohhh ryt.... hum ne calculation to kerni hi nahi hai na idhar??
uff main ne qatal ker dena hai uss uncle ko mera dimaagh ghuma diya lol no offence

LMFAO. Control aunty control

 

[A star]

syed1995 and A star
now u both better give us some answers because main ne bohaat mshkil se dhoonda hai ye question!!

its sooooooooo simple
look I in both of them is the same
but pd across C will be greater
hence acording to formulae P=V^2/R C will disipate more

 

[A star]

LMFAO. Control aunty control

yeah ok thanks
u're the better uncle

i think u should continue this discourse in chat

 

[asd]

yeah ok thanks
u're the better uncle

Oh, stop it you! ;^_^;

 

[daredevil]

Waves with higher wavelength are diffracted more. In this case, red ki diffraction is higher. and therefore its going to be some angle above blue (considering the first order above 0th order in the diagram)

elaborate karo gay plz

 

[daredevil]

its sooooooooo simple
look I in both of them is the same
but pd across C will be greater
hence acording to formulae P=V^2/R C will disipate more

A star to A star le k rahay ga asd