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Refer to the illustration above to answer the questions below. 1. Similar with the electron, what does the man require to climb up the stairs? 2. When going up the stairs, is it possible to reach the top instantly? (represent nan as electron when explaining) 3. What happens to a person attempting to step on the next level with insufficient energy? (represent man as electron when explaining)

Refer to the illustration above to answer the questions below. 1. Similar with the electron, what does the man require to climb up the stairs? 2. When going up the stairs, is it possible to reach the top instantly? (represent nan as electron when explaining) 3. What happens to a person attempting to step on the next level with insufficient energy? (represent man as electron when explaining)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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What's More on the figure below. When you walk up or down the stairs your feet must hat the steps not on the empty space between each steps, otherwise you will be in trouble until you hit another step. The higher you climb the stairs; the more energy you need. Similarly, the electrons can only stay in a definite energy level and not on the space between energy levels. The further the energy level from the nucleus, the higher the This atomic model presented by Bohr is comparable to a staircase as shown energy. Photo illustrated by: Donnie Rajy Obina g ula Activity 1 b wikn milha 1. Similar with the electron, what does the man require to climb up the stairs? 2. When going up the stairs, is it possible to reach the top instantly? (represent man as electron when explaining) Refer to the illustration above to answer the questions below. ong tur mga lab Tang toe inigar ay Sutil 3. What happens to insufficient energy? (represent man as electron when explaining) a person attempting to step on the next level with gka sa al Kakok raw ay w 4. Can electrons occupy any space between energy levels? I patuloy gtaran pa agkasak Activity 2. Maximum Electron Capacity of the Main Energy Level The maximum number of electrons in the main energy level is determined by the formula 2n² where n is an integer that designates each energy level. For the first main energy level (K), n-1; in the second main energy level (L), n=2, in the third energy level, n 3 and so on. Each main energy level contains sublevels and each sublevel has a fixed number of atomic orbitals. For the s sublevel, there is only one atomic orbital, p sublevel has three atomiç orbitals and d has 5 atomic orbitals. araw ay iya, "sa ilibing m gagawis As ang palaka nindi ke inatay noon an. Itc at niy Ex. In Main energy level 1 (K), n=1 cO Q2 Science 9 Mo Shot on realme C2
Transcribed Image Text:What's More on the figure below. When you walk up or down the stairs your feet must hat the steps not on the empty space between each steps, otherwise you will be in trouble until you hit another step. The higher you climb the stairs; the more energy you need. Similarly, the electrons can only stay in a definite energy level and not on the space between energy levels. The further the energy level from the nucleus, the higher the This atomic model presented by Bohr is comparable to a staircase as shown energy. Photo illustrated by: Donnie Rajy Obina g ula Activity 1 b wikn milha 1. Similar with the electron, what does the man require to climb up the stairs? 2. When going up the stairs, is it possible to reach the top instantly? (represent man as electron when explaining) Refer to the illustration above to answer the questions below. ong tur mga lab Tang toe inigar ay Sutil 3. What happens to insufficient energy? (represent man as electron when explaining) a person attempting to step on the next level with gka sa al Kakok raw ay w 4. Can electrons occupy any space between energy levels? I patuloy gtaran pa agkasak Activity 2. Maximum Electron Capacity of the Main Energy Level The maximum number of electrons in the main energy level is determined by the formula 2n² where n is an integer that designates each energy level. For the first main energy level (K), n-1; in the second main energy level (L), n=2, in the third energy level, n 3 and so on. Each main energy level contains sublevels and each sublevel has a fixed number of atomic orbitals. For the s sublevel, there is only one atomic orbital, p sublevel has three atomiç orbitals and d has 5 atomic orbitals. araw ay iya, "sa ilibing m gagawis As ang palaka nindi ke inatay noon an. Itc at niy Ex. In Main energy level 1 (K), n=1 cO Q2 Science 9 Mo Shot on realme C2
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