Back wavelengths bend differently inside the prism so that the into its component wavelengths. Physics 2B...

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Back wavelengths "bend differently inside the prism so that the into its component wavelengths. Physics 2B or 52 will take Prelab (5 points) Experiment 7.pdf Q To be done before coming to lab on the day of Exp. 7 n=6 n=5 n-4 A) Using Equation 1 calculate the energy for the first five electron energy levels of the hydrogen atom. We have already done n-1 and n-5 for you. It might also be useful to extract the 10 factor from all the numbers so that it is easier for you to visualize (second column). a=2 n-6-n-2 D-6-n-4 -6-5.. that comes out of the prism is separated of covering all these concepts. Ein J) E -8.72 x 10 -2.18 x 10 -2.18 B) Using graph paper draw an energy level diagram using the data from the second column. To do this you will need to use energy in the y-axis. Just draw lines to show where each of the levels falls relative to each other. (Example of what the drawing could look like below) C) Fill in the energy values for the possible transitions. We have already done the first one. All you are doing is taking the energy values above and subtracting the one for the lower a value from the one with the higher a value. (For the one filled in it is [(-8.72 x 10)-(-2.18 x 10"] This will give you the energy of the photon emitted when that particular transition occurs. -5a-12.09x10 a-5-2-2 A-5 -> n-3 -5--4 Ex 10¹ (1) 2-32-1. a-3-a-2 -0.0872 D-2--1 Back wavelengths "bend differently inside the prism so that the into its component wavelengths. Physics 2B or 52 will take Prelab (5 points) Experiment 7.pdf Q To be done before coming to lab on the day of Exp. 7 n=6 n=5 n-4 A) Using Equation 1 calculate the energy for the first five electron energy levels of the hydrogen atom. We have already done n-1 and n-5 for you. It might also be useful to extract the 10 factor from all the numbers so that it is easier for you to visualize (second column). a=2 n-6-n-2 D-6-n-4 -6-5.. that comes out of the prism is separated of covering all these concepts. Ein J) E -8.72 x 10 -2.18 x 10 -2.18 B) Using graph paper draw an energy level diagram using the data from the second column. To do this you will need to use energy in the y-axis. Just draw lines to show where each of the levels falls relative to each other. (Example of what the drawing could look like below) C) Fill in the energy values for the possible transitions. We have already done the first one. All you are doing is taking the energy values above and subtracting the one for the lower a value from the one with the higher a value. (For the one filled in it is [(-8.72 x 10)-(-2.18 x 10"] This will give you the energy of the photon emitted when that particular transition occurs. -5a-12.09x10 a-5-2-2 A-5 -> n-3 -5--4 Ex 10¹ (1) 2-32-1. a-3-a-2 -0.0872 D-2--1

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Ant 1 n 6 2 3 The formala formula for the energy different electron... View the full answer