Physics, asked by ddivyarajesh, 1 year ago

the wavelength of the first line of lyman series is λ. the wavelength of the first line of paschen series is _______λ

plz answer fast

Answers

Answered by AmyAzzura

$Formula for Speed$

$\huge \fbox{ \bf \red{ \huge {v = \frac{u}{t} }}}$

$Given $

$u = 120 km$
$t = 3 hours$

$ Speed of the car $

$\bf \huge \frac{120}{3} = \fbox \green{ \: 40 \: km / ph \: }$

$Formula for Speed$

$\huge \fbox{ \bf \red{ \huge {v = \frac{u}{t} }}}$

$Given $

$u = 120 km$
$t = 3 hours$

$ Speed of the car $

$\bf \huge \frac{120}{3} = \fbox \green{ \: 40 \: km / ph \: }$
$Formula for Speed$

$\huge \fbox{ \bf \red{ \huge {v = \frac{u}{t} }}}$

$Given $

$u = 120 km$
$t = 3 hours$

$ Speed of the car $

$\bf \huge \frac{120}{3} = \fbox \green{ \: 40 \: km / ph \: }$

$Formula for Speed$

$\huge \fbox{ \bf \red{ \huge {v = \frac{u}{t} }}}$

$Given $

$u = 120 km$
$t = 3 hours$

$ Speed of the car $

$\bf \huge \frac{120}{3} = \fbox \green{ \: 40 \: km / ph \: }$

$Formula for Speed$

$\huge \fbox{ \bf \red{ \huge {v = \frac{u}{t} }}}$

$Given $

$u = 120 km$
$t = 3 hours$

$ Speed of the car $

$\bf \huge \frac{120}{3} = \fbox \green{ \: 40 \: km / ph \: }$

ddivyarajesh: thts not the answer!!

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the wavelength of the first line of lyman series is λ. the wavelength of the first line of paschen series is _______λ plz answer fast

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the wavelength of the first line of lyman series is λ. the wavelength of the first line of paschen series is _______λ

plz answer fast