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it canPf cant be less than Pi in inelastic... don't you think so ? Or I am wrong ?
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it canPf cant be less than Pi in inelastic... don't you think so ? Or I am wrong ?
Then I am wrong ?it can
Pf cant b less than Pi in elastic collisionThen I am wrong ?
Here, check all the total reistance in all of the network...
Oh... tyPf cant b less than Pi in elastic collision
welkum, now where is ur surprise ?Oh... ty
Idk, but you'll get it by this weekwelkum, now where is ur surprise ?
Dis week ? cant w8 dat longIdk, but you'll get it by this week
uumm... sorry for the delay.Dis week ? cant w8 dat long
Here, check all the total reistance in all of the network...
YOu'll see, in 1st resistance would be 0.4 and in last it would be 0.7 so C
I hope it helpsCan someone please explain how to solve q18 MJ2013 P11?
I am sorry for bothering u again.. But could u explain this question to me??Oh... ty
guys can someone help me out? how do u find the percentage uncertainty in the practical? like i dont know how
Oh thank you but I still don't get how density x area x speed gives the mass of the air hitting the blades.I hope it helps
thank you soooo sooo much again! can u also do question 35 from http://papers.xtremepapers.com/CIE/Cambridge International A and AS Level/Physics (9702)/9702_s13_qp_11.pdf (s13 variant 1)
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