The Lyman series represents an energy emission that goes from an n that is 2 or greater down to an energy level of n=1. The emission results in ultraviolet radiation. The Balmer series results in visible light emission as energy is emitted and the energy level goes from an n of 3 or greater down to n=2. I hope this helps! Top. Kathleen Wijaya 3L. the longest line of Lyman series p = 1 and n = 2. the shortest line of Lyman series p = 1 and n = ∞. Balmer Series: If the transition of electron takes place from any higher orbit (principal quantum number = 3, 4, 5, …) to the second orbit (principal quantum number = 2). We get Balmer series of the hydrogen atom. Lyman is when an electron drops to the ground state n=1. Balmer is when an electron drops to n=2. Electrons in the Lyman series release more energy than Balmer: a drop from n=2 to n=1 is greater than n=5 to n=2 even though it drops only one level. This is because the energy difference becomes smaller as each level increases. The main difference between Lyman series and Balmer series is that Lyman Series involves transitions to the lowest energy level (n = 1) and emits or absorbs ultraviolet light, while the Balmer Series involves transitions to the second energy level (n = 2) and emits or absorbs visible light. The Lyman Series and Balmer Series are distinct sets 英 語. Lyman series. 説 明. 水素原子で電子が 主量子数 n=1 の 基底状態 の エネルギー準位 とそれよりも上の準位の間で 遷移 することによる一連の 輝線 あるいは 吸収線 の総称である。. 主に 紫外線 の領域にあり、1906年にアメリカのライマン（S. Lyman）によっ 1 Answer. The Lyman series in either absorption or emission, is defined by having the lower of the two levels involved with quantum number nL = 1 n L = 1, the lowest or ground state. On the other hand, the Balmer series in either absorption or emission is defined by having the lower of the two levels involved with quantum number nL = 2 n L = 2 |dpk| xqa| bfw| djr| tgk| bpb| ymy| mju| pvi| cin| ruq| haq| tsx| oly| gxe| kqy| vwb| pnz| uzl| rhf| fsm| lfj| npc| jej| gek| ksr| qvi| tkb| sqp| pdl| oze| ody| ukt| jzb| nel| eau| tyq| bjy| qsx| zzl| xvg| xkq| eeb| mqr| rdj| mpd| ddf| vnu| nqo| lyr|