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The observed lines in the emission spectrum and radius of orbits of atomic hydrogen are given by ~(cm1)=RH(cm1)(n121n21)cm1,n>n1r=mee20h2n2=mee2402n2 A) 15233cm1 and 52.9pm B) 82258cm1 and

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The observed lines in the emission spectrum and radius of orbits of atomic hydrogen are given by ~(cm1)=RH(cm1)(n121n21)cm1,n>n1r=mee20h2n2=mee2402n2 A) 15233cm1 and 52.9pm B) 82258cm1 and 52.9pm C) 97491cm1 and 476pm D) 15233cm1 and 212pm E) 10564cm1 and 212pm The Lyman, Balmer, and Paschen series refer to n1=1,2, and 3, respectively. For the lowest energy of emission of Balmer series of the atomic hydrogen, what is the value of wavenumber of this line and its radius of the final state orbit (after emission)

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