Periodic table basics answer key

Periodic Table Basics P 5 NE 6 5 B Boron 10.81 Step 1: Complete the squares for each element by adding the atomic number, name, and atomic mass. Write the atomic number at the top of the square. Write the elements name under the symbol. Write the atomic mass at the bottom of the square. Step 2: Determine the number of protons, neutrons, and electrons in each element. E = 5 Bohr Diagram: Step 3: Create a Bohr diagram for each element. Step 4: Draw the Lewis Structure for each element.. Lewis structure: B Step 5: Use the following colors to shade in the square for each element. You should ONLY color in the small square in the upper left-hand corner and not the entire card. Green = Li & Na Pink=&S Orange = B & Al Red = C & Si Blue = Be & Mg Tan=N&P Purple = F & CI Yellow = He, Ne, & Ar Step 6: Cut the cards arart and arrange according to atomic number in the pattern shown below. 2 3 5 6 7 8 9 10 11 12 13 14 15 16 17 18 Step 7: Answer the questions on the back of this worksheet using the information on your Periodic Table 
Periodic Table Basics 1. Which elements had complete outer shells? Give the name and symbol for each. 2. What do you notice about the location of the elements in #1? 3. Which elements had only one valence electron? 4. What do you notice about the location of the elements in #3? 5. What do you notice about the number of valence electrons as you move from left to right across a row or period in the periodic table? (Na - Mg - Al - Si --PS-CI - Ar) 6. What do you notice about the number of energy levels or shells as you move down a group or column in the periodic table? (H -- Li - Na) 7. Elements are organized into families according to their physical and chemical properties. Identify the elements that you used in Step 5 that belong to each family based on the number of valence electrons. Give the name and symbol for each element. Alkali Metals - 1 valence electron Alkaline Earth Metals - 2 valence electrons Boron Family - 3 valence electrons & Carbon Family - 4 valence electrons Nitrogen Family - 5 valence electrons & Oxygen Family - 6 valence electrons Halides - 7 valence electrons Noble Gases - Complete outermost shell & 8. What do you notice about the location of the elements in each family? 9. How would you classify hydrogen? Why? 10. Predict the number of valence electrons for each element based on its location in the Periodic Table of Elements. You will need to use the table in your textbook. Barium = Lead = Xenon = Potassium = 
P P. N ΑΙ F N= N= N- E = E- E= Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure N AI TI Lewis Structure Lewis Structure Ps P = P= Ar Si Na N. NE N= m E- E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Ar Lewis Structure Si Lewis Structure Na P PE PE Be o CI N. N= NE E= E= E = Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Be Lewis Structure o Lewis Structure СІ 
PE P= P B Ne NE N- N. E- E= E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure B Lewis Structure Li Lewis Structure Ne P. PE P= He с Р N N= NE E E- E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure He Lewis Structure C Lewis Structure Р P. S P PE Mg H N. NE NE EE E E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure S Lewis Structure Mg Lewis Structure H Periodic Table Basics P 5 NE 6 5 B Boron 10.81 Step 1: Complete the squares for each element by adding the atomic number, name, and atomic mass. Write the atomic number at the top of the square. Write the elements name under the symbol. Write the atomic mass at the bottom of the square. Step 2: Determine the number of protons, neutrons, and electrons in each element. E = 5 Bohr Diagram: Step 3: Create a Bohr diagram for each element. Step 4: Draw the Lewis Structure for each element.. Lewis structure: B Step 5: Use the following colors to shade in the square for each element. You should ONLY color in the small square in the upper left-hand corner and not the entire card. Green = Li & Na Pink=&S Orange = B & Al Red = C & Si Blue = Be & Mg Tan=N&P Purple = F & CI Yellow = He, Ne, & Ar Step 6: Cut the cards arart and arrange according to atomic number in the pattern shown below. 2 3 5 6 7 8 9 10 11 12 13 14 15 16 17 18 Step 7: Answer the questions on the back of this worksheet using the information on your Periodic Table 
Periodic Table Basics 1. Which elements had complete outer shells? Give the name and symbol for each. 2. What do you notice about the location of the elements in #1? 3. Which elements had only one valence electron? 4. What do you notice about the location of the elements in #3? 5. What do you notice about the number of valence electrons as you move from left to right across a row or period in the periodic table? (Na - Mg - Al - Si --PS-CI - Ar) 6. What do you notice about the number of energy levels or shells as you move down a group or column in the periodic table? (H -- Li - Na) 7. Elements are organized into families according to their physical and chemical properties. Identify the elements that you used in Step 5 that belong to each family based on the number of valence electrons. Give the name and symbol for each element. Alkali Metals - 1 valence electron Alkaline Earth Metals - 2 valence electrons Boron Family - 3 valence electrons & Carbon Family - 4 valence electrons Nitrogen Family - 5 valence electrons & Oxygen Family - 6 valence electrons Halides - 7 valence electrons Noble Gases - Complete outermost shell & 8. What do you notice about the location of the elements in each family? 9. How would you classify hydrogen? Why? 10. Predict the number of valence electrons for each element based on its location in the Periodic Table of Elements. You will need to use the table in your textbook. Barium = Lead = Xenon = Potassium = 
P P. N ΑΙ F N= N= N- E = E- E= Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure N AI TI Lewis Structure Lewis Structure Ps P = P= Ar Si Na N. NE N= m E- E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Ar Lewis Structure Si Lewis Structure Na P PE PE Be o CI N. N= NE E= E= E = Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Be Lewis Structure o Lewis Structure СІ 
PE P= P B Ne NE N- N. E- E= E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure B Lewis Structure Li Lewis Structure Ne P. PE P= He с Р N N= NE E E- E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure He Lewis Structure C Lewis Structure Р P. S P PE Mg H N. NE NE EE E E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure S Lewis Structure Mg Lewis Structure H Periodic Table Basics P 5 NE 6 5 B Boron 10.81 Step 1: Complete the squares for each element by adding the atomic number, name, and atomic mass. Write the atomic number at the top of the square. Write the elements name under the symbol. Write the atomic mass at the bottom of the square. Step 2: Determine the number of protons, neutrons, and electrons in each element. E = 5 Bohr Diagram: Step 3: Create a Bohr diagram for each element. Step 4: Draw the Lewis Structure for each element.. Lewis structure: B Step 5: Use the following colors to shade in the square for each element. You should ONLY color in the small square in the upper left-hand corner and not the entire card. Green = Li & Na Pink=&S Orange = B & Al Red = C & Si Blue = Be & Mg Tan=N&P Purple = F & CI Yellow = He, Ne, & Ar Step 6: Cut the cards arart and arrange according to atomic number in the pattern shown below. 2 3 5 6 7 8 9 10 11 12 13 14 15 16 17 18 Step 7: Answer the questions on the back of this worksheet using the information on your Periodic Table 
Periodic Table Basics 1. Which elements had complete outer shells? Give the name and symbol for each. 2. What do you notice about the location of the elements in #1? 3. Which elements had only one valence electron? 4. What do you notice about the location of the elements in #3? 5. What do you notice about the number of valence electrons as you move from left to right across a row or period in the periodic table? (Na - Mg - Al - Si --PS-CI - Ar) 6. What do you notice about the number of energy levels or shells as you move down a group or column in the periodic table? (H -- Li - Na) 7. Elements are organized into families according to their physical and chemical properties. Identify the elements that you used in Step 5 that belong to each family based on the number of valence electrons. Give the name and symbol for each element. Alkali Metals - 1 valence electron Alkaline Earth Metals - 2 valence electrons Boron Family - 3 valence electrons & Carbon Family - 4 valence electrons Nitrogen Family - 5 valence electrons & Oxygen Family - 6 valence electrons Halides - 7 valence electrons Noble Gases - Complete outermost shell & 8. What do you notice about the location of the elements in each family? 9. How would you classify hydrogen? Why? 10. Predict the number of valence electrons for each element based on its location in the Periodic Table of Elements. You will need to use the table in your textbook. Barium = Lead = Xenon = Potassium = 
P P. N ΑΙ F N= N= N- E = E- E= Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure N AI TI Lewis Structure Lewis Structure Ps P = P= Ar Si Na N. NE N= m E- E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Ar Lewis Structure Si Lewis Structure Na P PE PE Be o CI N. N= NE E= E= E = Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Be Lewis Structure o Lewis Structure СІ 
PE P= P B Ne NE N- N. E- E= E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure B Lewis Structure Li Lewis Structure Ne P. PE P= He с Р N N= NE E E- E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure He Lewis Structure C Lewis Structure Р P. S P PE Mg H N. NE NE EE E E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure S Lewis Structure Mg Lewis Structure H Periodic Table Basics P 5 NE 6 5 B Boron 10.81 Step 1: Complete the squares for each element by adding the atomic number, name, and atomic mass. Write the atomic number at the top of the square. Write the elements name under the symbol. Write the atomic mass at the bottom of the square. Step 2: Determine the number of protons, neutrons, and electrons in each element. E = 5 Bohr Diagram: Step 3: Create a Bohr diagram for each element. Step 4: Draw the Lewis Structure for each element.. Lewis structure: B Step 5: Use the following colors to shade in the square for each element. You should ONLY color in the small square in the upper left-hand corner and not the entire card. Green = Li & Na Pink=&S Orange = B & Al Red = C & Si Blue = Be & Mg Tan=N&P Purple = F & CI Yellow = He, Ne, & Ar Step 6: Cut the cards arart and arrange according to atomic number in the pattern shown below. 2 3 5 6 7 8 9 10 11 12 13 14 15 16 17 18 Step 7: Answer the questions on the back of this worksheet using the information on your Periodic Table 
Periodic Table Basics 1. Which elements had complete outer shells? Give the name and symbol for each. 2. What do you notice about the location of the elements in #1? 3. Which elements had only one valence electron? 4. What do you notice about the location of the elements in #3? 5. What do you notice about the number of valence electrons as you move from left to right across a row or period in the periodic table? (Na - Mg - Al - Si --PS-CI - Ar) 6. What do you notice about the number of energy levels or shells as you move down a group or column in the periodic table? (H -- Li - Na) 7. Elements are organized into families according to their physical and chemical properties. Identify the elements that you used in Step 5 that belong to each family based on the number of valence electrons. Give the name and symbol for each element. Alkali Metals - 1 valence electron Alkaline Earth Metals - 2 valence electrons Boron Family - 3 valence electrons & Carbon Family - 4 valence electrons Nitrogen Family - 5 valence electrons & Oxygen Family - 6 valence electrons Halides - 7 valence electrons Noble Gases - Complete outermost shell & 8. What do you notice about the location of the elements in each family? 9. How would you classify hydrogen? Why? 10. Predict the number of valence electrons for each element based on its location in the Periodic Table of Elements. You will need to use the table in your textbook. Barium = Lead = Xenon = Potassium = 
P P. N ΑΙ F N= N= N- E = E- E= Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure N AI TI Lewis Structure Lewis Structure Ps P = P= Ar Si Na N. NE N= m E- E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Ar Lewis Structure Si Lewis Structure Na P PE PE Be o CI N. N= NE E= E= E = Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure Be Lewis Structure o Lewis Structure СІ 
PE P= P B Ne NE N- N. E- E= E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure B Lewis Structure Li Lewis Structure Ne P. PE P= He с Р N N= NE E E- E Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure He Lewis Structure C Lewis Structure Р P. S P PE Mg H N. NE NE EE E E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis Structure S Lewis Structure Mg Lewis Structure H Regular dining table fundamentals P 5 NE 6 5 B Boron 10.81 1: finish the squares for every single element with the addition of the atomic quantity, title, and atomic mass. Write the atomic quantity near the top of the square. Write the element’s title in expression. Write the atomic mass in the bottom regarding the square. Step two: Determine the amount of protons, neutrons, and electrons in each element. E = 5 Bohr Diagram: 3: Make a Bohr diagram for every single element. Step four: Draw the Lewis construction for every single element.. Lewis framework: B Action 5: utilize the following colors to shade within the square for every single element. You need to JUST color within the tiny square within the top left-hand part and never the whole card. Green = Li & Na Pink=&S Orange = B & Al Red = C & Si Blue = Be & Mg Tan=N&P Purple = F & CI Yellow = He, Ne, & Ar action 6: slice the cards arart and organize in accordance with atomic quantity within the pattern shown below. 2 3 5 6 7 8 9 10 11 12 13 14 15 16 17 18 action 7: respond to the concerns regarding the straight back of the worksheet utilizing the info on your regular dining table Periodic Table Basics 1. Which elements had complete outer shells? Supply the title and expression for every single. 2. just what can you notice concerning the located area of the elements in no. 1? 3. Which elements had just one valence electron? 4. just what can you notice concerning the located area of the elements in # 3? 5. just what can you notice concerning the wide range of valence electrons while you move from remaining to right across a row or duration within the regular dining table? (Na – Mg – Al – Si –PS-CI – Ar) 6. Exactly what can you notice concerning the wide range of stamina or shells while you move down an organization or line within the regular dining table? (H — Li – Na) 7. Elements are arranged into families in accordance with their real and chemical properties. Recognize the weather you found in action 5 that participate in each family members in line with the wide range of valence electrons. Supply the title and expression for every single element. Alkali Metals – 1 valence electron Alkaline world Metals – 2 valence electrons Boron Family – 3 valence electrons & Carbon Family – 4 valence electrons Nitrogen Family – 5 valence electrons & Oxygen Family – 6 valence electrons Halides – 7 valence electrons Noble Gases – Complete outermost shell & 8. just what can you notice concerning the located area of the elements in each family members? 9. just how can you classify hydrogen? Why? 10. Anticipate the amount of valence electrons for every single element according to its location within the regular dining table of Elements. You will have to utilize the dining table inside textbook. Barium = Lead = Xenon = Potassium = P P. N ΑΙ F N= N= N- E = E- E= Bohr Diagram Bohr Diagram Bohr Diagram Lewis construction N AI TI Lewis construction Lewis construction Ps P = P= Ar Si Na N. NE N= m E- E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis construction Ar Lewis construction Si Lewis construction Na P PE PE Be o CI N. N= NE E= E= E = Bohr Diagram Bohr Diagram Bohr Diagram Lewis construction become Lewis construction o Lewis construction СІ PE P= P B Ne NE N- N. E- E= E Bohr Diagram Bohr Diagram Bohr Diagram Lewis construction B Lewis construction Li Lewis construction Ne P. PE P= He с Р N N= NE E E- E Bohr Diagram Bohr Diagram Bohr Diagram Lewis construction He Lewis construction C Lewis construction Р P. S P PE Mg H N. NE NE EE E E- Bohr Diagram Bohr Diagram Bohr Diagram Lewis construction S Lewis construction Mg Lewis construction H
1. helium He, neon Ne, argon Ar
2. they’ve been found in the final line in other words rightmost coulmn of
3. metals have actually just one electron in valence shell

Also Read :   What happened to the drunk teenager that killed comedian Sam Kinison in a car crash?

4.they are observed in exact same line in other words in leftmost coulm regarding the
hydrogen, lithium, salt.
the regular dining table. called noble gases.
regular dining table and called alkali metals

Leave a Comment