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Unformatted text preview: b) 6 c) 8 d) 10 Ans: d) 4. Your I-clickers transmit at a frequency of 915 MHz. a) Suppose that your seat is 40ft from the receiver. Express this distance in clicker wavelengths. b) Suppose a electron in a hydrogen atom has the absurdly high energy of 2.690 x 10-22 J. Could this atom absorb photons from your clicker? Justify your answer with a numerical calculation. 5. An ion has a single electron. The longest wavelength of radiation absorbed by this ion in its lowest energy state is 7.60 nm. A) Which ion is this? b) What is the minimum energy (in J) required to complete this electron from the ion in its lowest energy state?...
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