(a) The wavelength of light emitted when an electron moves from the sixth energy level to the second energy level in a h

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A The Wavelength Of Light Emitted When An Electron Moves From The Sixth Energy Level To The Second Energy Level In A H 1 (45.36 KiB) Viewed 50 times

(a) The wavelength of light emitted when an electron moves from the sixth energy level to the second energy level in a hydrogen atom is (b) Consider the following table: Region of the Electromagnetic Spectrum gamma rays X-rays ultraviolet visible infrared microwaves radiowaves The wavelength of (a) is found in the O(a) 97.2 nm (b) ultraviolet O (a) 972 nm (b) microwave (a) 9.72 nm. (b) ultraviolet (a) 410.1 nm (b) visible O (a) 0.4101 nm (b) X-rays wavelength range < 1 x 10³ nm 1 x 10³ nm - 10 nm 10 nm- 400 nm 400 nm-750 nm 780 nm 1 x 10 nm 1x 10 nm-3 x 10 nm > 3 x 10⁰ nm region of the electromagnetic spectrum. €