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AdoniF
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Does anyone know how to determine planck's constant with photoelectric effect using photocell? Exams tomorrow:/
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wanna_get_A*
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(Original post by AdoniF)
Does anyone know how to determine planck's constant with photoelectric effect using photocell? Exams tomorrow:/
Does anyone know how to determine planck's constant with photoelectric effect using photocell? Exams tomorrow:/
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lerjj
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AdoniF
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lerjj
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#5
This should really be in the physics forum rather than A levels. Don't know if you have to get a mod to move it for you though.
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AdoniF
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#6
(Original post by lerjj)
This should really be in the physics forum rather than A levels. Don't know if you have to get a mod to move it for you though.
This should really be in the physics forum rather than A levels. Don't know if you have to get a mod to move it for you though.
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wanna_get_A*
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lerjj
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AdoniF
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#9
(Original post by lerjj)
me too ;-) But I'm pretty sure one of the helpers on the physics forums will be better equipped to answer this question. Maybe find one and PM him?
me too ;-) But I'm pretty sure one of the helpers on the physics forums will be better equipped to answer this question. Maybe find one and PM him?
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lerjj
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#10
Is this the test you're doing? http://www.edexcel.com/migrationdocu...e_20120307.pdf
Page 10/11?
In this case the gradient is h/e where e is the charge on the electron. Even if that's not you're paper are you able to adapt the principles used here? Could you please post the exact question as well.
Page 10/11?
In this case the gradient is h/e where e is the charge on the electron. Even if that's not you're paper are you able to adapt the principles used here? Could you please post the exact question as well.
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wanna_get_A*
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#11
(Original post by lerjj)
Is this the test you're doing? http://www.edexcel.com/migrationdocu...e_20120307.pdf
Page 10/11?
In this case the gradient is h/e where e is the charge on the electron. Even if that's not you're paper are you able to adapt the principles used here? Could you please post the exact question as well.
Is this the test you're doing? http://www.edexcel.com/migrationdocu...e_20120307.pdf
Page 10/11?
In this case the gradient is h/e where e is the charge on the electron. Even if that's not you're paper are you able to adapt the principles used here? Could you please post the exact question as well.
i found my mistake .. and the actual q is to show that from eV=hf-fi that hc/e is the gradient..
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lerjj
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#12
http://www.s-cool.co.uk/a-level/phys...ping-potential
My friend just showed me this, should answer pretty much all your queries. I'm off to bed
My friend just showed me this, should answer pretty much all your queries. I'm off to bed
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lerjj
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#13
(Original post by wanna_get_A*)
sorry i posted the wrong q!
i found my mistake .. and the actual q is to show that from eV=hf-fi that hc/e is the gradient..
sorry i posted the wrong q!
i found my mistake .. and the actual q is to show that from eV=hf-fi that hc/e is the gradient..
hf/e don't you mean? or hc/eλ possibly...
Which parts of the equation are variable and which are constants? That's what you need to think about...
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