Chemistry Game (Squares & Bingo) - Complete Ionic - Names & Formulas - Worksheet

This bundle emphasizes naming and writing chemical formulas for binary type I ionic, binary type II ionic and polyatomic ion containing compounds.

BINGO:

This bundle contains 3 sets (of 60) CHeMIO (bingo) cards, call cards and answer keys! These CHeMIO cards can be used to help your students learn ionic compound nomenclature. This set contains type I ionic, type II ionic and polyatomic ion containing compound names (or formulas) on the student cards and formulas (or names) on the call cards. You can print the student CHeMIO cards on regular paper or cardstock single-sided. Each page of CHeMIO cards contains two student cards and can be cut along the dotted line. Laminating is optional.

Call cards are provided for the instructor. The instructor draws a call card and calls out or writes the contents on the board. Answer keys are provided. One set is alphabetized by name and the other is alphabetized by formula. This can be printed and laminated (or placed in a sheet protector) and marked off by the instructor using a dry erase marker. This is great for subs that may not know the formulas and names!

CHeMIO card covers are provided in this resource. These are designed to be printed single-sided and cut out. The use of the covers is optional. If you laminate the student cards, students can use dry-erase markers to mark their spaces. Alternatively, other objects or markers can be used (for example, candies, pony beads, hole punched paper dots, etc.)

What's included:

• 3 sets of student cards, call cards and answer sheets
• 30 unique student cards with names (in each set)
• 35 call cards with formulas (in each set)
• 30 unique student cards with formulas (in each set)
• 35 call cards with names (in each set)
• 2 different styled card covers
• 2 answer sheets (in each set - one alphabetized by name, one by formula)

SQUARES:

These SP ThReEs (squares) cards can be used to help your students learn type I ionic, type II ionic and polyatomic ion containing compounds. This set contains 3 resources and each one contains 8 gameboards. A total of 24 gameboards are included in this resource! You can print the SP ThReEs cards on regular paper or cardstock single-sided. The cards can be laminated or placed in a sheet protector and students can use different colored dry-erase markers. Laminating is optional. Alternatively, the sheet can be printed and students can use different colored pencils or pens.

How to play:

Give each group (2-4 students) an SP ThReEs (squares) card and 2 six-sided dice. Determine turn order by having each student roll a die. Highest number goes first and then proceeds clockwise. Students will take turns rolling both dice and finding the corresponding sum in the table on the left-hand side of the card. Find the formula (or name) in the game grid, confirm the correct answer with the other player(s) and color one line that surrounds the answer. The outside border has already been completed, so the game plays inside the border. Students should use different colored dry-erase markers, pens or colored pencils to mark their answer. If a student completes the last line to create a square, they should color in that square with their color or mark with their initials. If 2 squares are completed with the same line, that student gets to claim both squares by coloring them in. If the dice are rolled and a play cannot be completed, that student’s turn is over and the next player goes. The game ends when all squares have been completed. The student with the most squares wins. Have fun learning chemical nomenclature! :)

Reference sheets are provided with this resource. This is great for subs that may not know the formulas and names!

What's included:

• 24 SP ThReEs (squares) game cards (color and black/white versions)
• 2 Answer sheets in each set (alphabetized by name and formula)

WORKSHEETS:

These chemistry worksheets can be used to help your students learn type I ionic, type II ionic and polyatomic ion containing compound nomenclature. 3 sets are included in this bundle. These worksheets are designed to be used with CHeMIO (Bingo) and SP ThReEs (Squares), but can also be used as a stand alone worksheet or quiz. Answer keys are included.

This worksheet can be used:

• As a stand alone worksheet
• As a quiz
• With CHeMIO (Bingo) - Complete Ionic - Formulas and SP ThReEs (Squares) - Ionic Compounds - Formulas (click to see resources)
  • Assigned before playing the game
  • Used during the game as a way for students to record their work. 
  • To give students credit for playing the game. 

This set includes worksheet with compound formulas (emphasizes naming):

• Page 3
  • Goes with CHeMIO (Bingo) - Names
• Page 4
  • Goes with SP ThReEs (Squares) - Names Game board 1 
• Page 5
  • Goes with SP ThReEs (Squares) - Names Game board 2 
• Page 6
  • Goes with SP ThReEs (Squares) - Names Game board 3
• Page 7
  • Goes with SP ThReEs (Squares) - Names Game board 4
• Black and white versions (pages 8-12)
• Answer keys (pages 13-16)

This set includes worksheets with compound  names (emphasizes writing formulas):

• Page 17 and 18 
  • Goes with CHeMIO (Bingo) - Formulas
• Page 19
  • Goes with SP ThReEs (Squares) - Formulas Game board 1
• Page 20
  • Goes with SP ThReEs (Squares) - Formulas Game board 2
• Page 21
  • Goes with SP ThReEs (Squares) - Formulas Game board 3
• Page 22
  • Goes with SP ThReEs (Squares) - Formulas Game board 4
• Black and white versions (pages 23-28)
• Answer keys (pages 29-33)

35 binary type I ionic compounds are included:

Aluminum chloride

Aluminum iodide

Aluminum sulfide

Aluminum telluride

Barium chloride

Barium fluoride 

Barium iodide

Barium selenide

Beryllium fluoride

Beryllium nitride

Beryllium oxide

Cadmium selenide

Calcium bromide

Calcium nitride

Cesium sulfide

Lithium iodide

Lithium phosphide

Magnesium chloride

Magnesium nitride

Magnesium phosphide

Potassium iodide

Potassium oxide

Potassium sulfide

Rubidium bromide

Rubidium sulfide 

Silver bromide

Silver chloride

Silver oxide

Sodium bromide

Sodium chloride

Sodium nitride

Strontium nitride

Strontium oxide

Zinc chloride

Zinc oxide

35 binary type II ionic compounds are included:

Chromium (II) chloride 

Chromium (III) oxide

Chromium (VI) phosphide

Cobalt (II) fluoride

Cobalt (II) sulfide

Cobalt (III) sulfide

Copper (I) iodide

Copper (I) nitride

Copper (I) phosphide

Copper (II) chloride

Copper (II) selenide

Gold (I) iodide

Gold (III) fluoride

Iron (II) chloride

Iron (II) oxide

Iron (III) fluoride

Lead (II) oxide

Lead (II) selenide

Lead (II) sulfide

Lead (IV) fluoride

Lead (IV) oxide

Manganese (II) chloride 

Manganese (II) sulfide 

Manganese (II) telluride 

Manganese (III) chloride

Mercury (I) oxide

Mercury (II) bromide

Mercury (II) fluoride

Nickel (II) oxide

Nickel (II) phosphide

Nickel (III) oxide

Tin (II) iodide

Tin (II) oxide

Tin (IV) bromide

Tin (IV) chloride

35 polyatomic ion containing compounds are included:

Aluminum chlorate

Ammonium hydrogen carbonate*

Ammonium nitrate

Barium carbonate

Beryllium hydrogen phosphate

Beryllium nitrite

Calcium perchlorate

Calcium sulfite

Chromium (III) nitrate

Cobalt (II) nitrate

Cobalt (II) phosphate

Copper (II) acetate

Copper (II) hydroxide

Iron (II) sulfate

Iron (III) hydroxide

Lead (II) sulfate

Lead (IV) acetate

Lithium chromate

Magnesium phosphate

Manganese (II) chlorite

Mercury (II) phosphate

Nickel (II) carbonate

Nickel (III) carbonate

Potassium hydrogen sulfate**

Potassium nitrite

Rubidium cyanide

Rubidium phosphite

Silver nitrate

Sodium chlorite

Strontium hydrogen carbonate*

Strontium permanganate

Tin (IV) chromate

Tin (II) hydroxide

Zinc acetate

Zinc Sulfite

* or bicarbonate

** or bisulfate

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