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The Equation Derived by Bohr for the Wavelengths Of $\lambda$ Of the Lines in Hydrogen- Like Spectra Is the Of the Lines

Question 104

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The equation derived by Bohr for the wavelengths of $\lambda$ of the lines in hydrogen- like spectra is $The equation derived by Bohr for the wavelengths of \lambda of the lines in hydrogen- like spectra is The first member of the Balmer series of hydrogen has \lambda = 660 nm.Doubly ionized is hydrogen-like.The wavelength of the first member of the Balmer series for doubly ionized is A) 73 nm B) 5.9 \times 103 nm C) 150 nm D) 60 nm E) 1.8 \times 10-3 nm$ The first member of the Balmer series of hydrogen has $\lambda$ = 660 nm.Doubly ionized $The equation derived by Bohr for the wavelengths of \lambda of the lines in hydrogen- like spectra is The first member of the Balmer series of hydrogen has \lambda = 660 nm.Doubly ionized is hydrogen-like.The wavelength of the first member of the Balmer series for doubly ionized is A) 73 nm B) 5.9 \times 103 nm C) 150 nm D) 60 nm E) 1.8 \times 10-3 nm$ is hydrogen-like.The wavelength of the first member of the Balmer series for doubly ionized $The equation derived by Bohr for the wavelengths of \lambda of the lines in hydrogen- like spectra is The first member of the Balmer series of hydrogen has \lambda = 660 nm.Doubly ionized is hydrogen-like.The wavelength of the first member of the Balmer series for doubly ionized is A) 73 nm B) 5.9 \times 103 nm C) 150 nm D) 60 nm E) 1.8 \times 10-3 nm$ is

A) 73 nm
B) 5.9 $\times$ 10³ nm
C) 150 nm
D) 60 nm
E) 1.8 $\times$ 10^-3 nm

The Equation Derived by Bohr for the Wavelengths Of λ\lambdaλ Of the Lines in Hydrogen- Like Spectra Is the Of the Lines

Multiple Choice

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The Equation Derived by Bohr for the Wavelengths Of $\lambda$ Of the Lines in Hydrogen- Like Spectra Is the Of the Lines

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