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picture1_Pdf Printable Periodic Table 195346 | Apchemcurr2 U3


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File: Pdf Printable Periodic Table 195346 | Apchemcurr2 U3
ps3 periodicity the periodic table presents a pattern of chemical and physical properties of the elements based on the element s location on the periodic table these properties are based ...

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               PS‐3 PERIODICITY. The periodic table presents a pattern of chemical and physical properties of the elements based on the 
               element’s location on the periodic table. These properties are based on the electronic structure of the atoms and 
               nuclear charge. 
                
                     TS‐3.1 History of the periodic table‐ A pattern of physical and chemical properties with the elements provides the  
                           basis for the periodic table 
                           3.1.1 Explain how the first periodic table organized elements by mass and physical/chemical properties to predict  
                                the existence of unknown elements (Mendeleev) 
                           3.1.2 Describe how the modern periodic law was developed using atomic number (Moseley) 
                
                     TS‐3.2 Modern periodic table arrangement‐ The periodic table contains groups of elements that share common  
                           properties and electronic structures 
                           3.2.1 Describe how elements are classified as metals, nonmetals & metalloids based on properties and their  
                                position on the periodic table. 
                           3.2.2 Identify periods & families on the periodic table by name, common properties and electron structure 
                  Key Ideas: Valence shell/electrons, Lewis dot structures 
                
                     TS‐3.3 Explain how the following periodic table trends in properties can be inferred from the electron structure,  
                           nuclear charge and the effect of shielding by core electrons. 
                           3.3.1 Describe the trends for atomic radius 
                           3.3.2 Describe the trends for ionization energy 
                  Key Idea: Successive ionization energies 
                           3.3.3 Describe the trends for electronegativity 
                           3.3.4 Describe the trends for ion radius 
                           3.3.5 Describe the trends for electron affinity 
                           3.3.6 Predict reactivity based on atomic properties (such as atomic size, electronegativity, and ionization energy),  
                                electron configuration, and the placement of the elements on the periodic table 
                           3.3.7 Use the trends in periodic properties to compare and contrast specific elements based on their locations on  
                                the periodic table 
                                      Key Ideas: Effective nuclear charge (Zeff), transition metals, Noble gases, acid/base properties of oxides 
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
                
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...Ps periodicity the periodic table presents a pattern of chemical and physical properties elements based on element s location these are electronic structure atoms nuclear charge ts history with provides basis for explain how first organized by mass to predict existence unknown mendeleev describe modern law was developed using atomic number moseley arrangement contains groups that share common structures classified as metals nonmetals metalloids their position identify periods families name electron key ideas valence shell electrons lewis dot following trends in can be inferred from effect shielding core radius ionization energy idea successive energies electronegativity ion affinity reactivity such size configuration placement use compare contrast specific locations effective zeff transition noble gases acid base oxides...

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