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pan atom will gain or loose electrons to becone stable. stable an atom LWith a full valere shell #protons. =# electrons m geall charge Neutral 231Na 35,„CI #p'=_|| + #p'= charge |구 #e=. #e= llt 0 |- #n°=_I 2 How do I make Sodium and Chlorine Stable?????? neutral chage neixtral. 22„Na 35,„CI #p°= _|\ + 10- (llpt Nano 17 18 18 17t 18- #p'= electrostohi attraction He=_lO - #e= It #n°= 12 0 anion Cation #n°= Based on what you have just seen above, explain why the Alkali Metals are the MOST reactive metals in the periodic table?_ Based on what you have just learned above, explain why the Noble Gases are NOT a reactive group in the periodic table? HOMEWORK - Consolidating my learning....write the ionic charges above each group (I-VIII) from the workbook page with Bohr-Rutherford diagrams. Then-write the ionic charges above each group on your "coloured" periodic table. Below, explain WHY each group has the ionic charge you stated: IS Group V Group1- Group II- Group VI Group IV- Group VII Group VIII

pan atom will gain or loose electrons to becone stable. stable an atom LWith a full valere shell #protons. =# electrons m geall charge Neutral 231Na 35,„CI #p'=_|| + #p'= charge |구 #e=. #e= llt 0 |- #n°=_I 2 How do I make Sodium and Chlorine Stable?????? neutral chage neixtral. 22„Na 35,„CI #p°= _|\ + 10- (llpt Nano 17 18 18 17t 18- #p'= electrostohi attraction He=_lO - #e= It #n°= 12 0 anion Cation #n°= Based on what you have just seen above, explain why the Alkali Metals are the MOST reactive metals in the periodic table?_ Based on what you have just learned above, explain why the Noble Gases are NOT a reactive group in the periodic table? HOMEWORK - Consolidating my learning....write the ionic charges above each group (I-VIII) from the workbook page with Bohr-Rutherford diagrams. Then-write the ionic charges above each group on your "coloured" periodic table. Below, explain WHY each group has the ionic charge you stated: IS Group V Group1- Group II- Group VI Group IV- Group VII Group VIII

Chemistry: Matter and Change
Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter6: The Periodic Table And Periodic Law
Section6.3: Periodic Trends
Problem 21SSC
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PLEASE ANSWER THE CIRCLED SECTION ONLY (HOMEWORK - Consolidating my learning)

pan atam will gain or loose Stable an atom Lwith a full valenre shell #protons electrons to becone stable. & IOW! =#electrons mo greall chare Neutral 23„Na 35„CI 17 17 chage #p's + #p*= charge #e= #e= llt #n°= l2 #n°= 17- Q neutral charge. How do I make Sodium and Chlorine Stable?????? neitral. 7t 18 23„Na 35„CI #p'= |+ 10- lpt Vano 17 18 18 #p*=_ - 10- electrostoatc attraction #e= #e= It cation anion #n°= 12 #n°= リー Based on what you have just seen above, explain why the Alkali Metals are the MOST reactive metals in the periodic table? Based on what you have just learned above, explain why the Noble Gases are NOT a reactive group in the periodic table? HOMEWORK - Consolidating my learning....write the ionic charges above each group (I-VIII) from the workbook page with Bohr-Rutherford diagrams. Then-write the ionie charges above each group on your "coloured" periodic table. Below, explain WHY each group has the ionic charge you stated: Group1- IS Group V Group VI Group II- 14 Group IV- Group VII Group VIII
Transcribed Image Text:pan atam will gain or loose Stable an atom Lwith a full valenre shell #protons electrons to becone stable. & IOW! =#electrons mo greall chare Neutral 23„Na 35„CI 17 17 chage #p's + #p*= charge #e= #e= llt #n°= l2 #n°= 17- Q neutral charge. How do I make Sodium and Chlorine Stable?????? neitral. 7t 18 23„Na 35„CI #p'= |+ 10- lpt Vano 17 18 18 #p*=_ - 10- electrostoatc attraction #e= #e= It cation anion #n°= 12 #n°= リー Based on what you have just seen above, explain why the Alkali Metals are the MOST reactive metals in the periodic table? Based on what you have just learned above, explain why the Noble Gases are NOT a reactive group in the periodic table? HOMEWORK - Consolidating my learning....write the ionic charges above each group (I-VIII) from the workbook page with Bohr-Rutherford diagrams. Then-write the ionie charges above each group on your "coloured" periodic table. Below, explain WHY each group has the ionic charge you stated: Group1- IS Group V Group VI Group II- 14 Group IV- Group VII Group VIII
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