Chemistry Ionic Formula Ratio Practice Mat Spinner Partner Activity
This partner activity makes for great practice of cation to anion ratios in chemistry! Students will spin a wheel (spinner not included), which will provide them with a prompt. Based on the cation:anion ratio on the practice mat, students will then locate an appropriate chemical formula that would fit that ratio.
For example, if the spinner lands on 1:2 cation:anion ratio, then the student would locate a chemical formula that fits that ratio. The player will then place a marker/chip (not included) on an appropriate bubble (such as CaCl₂). Students will take turns spinning the wheel and placing chips until one player completes a row or column.
This resource comes in a printable pdf, in both color and an ink-saving version. Each mat will need a spinner and markers/bingo chips, which are not included.
Join my email list and get a FREE PNE (protons, neutrons, and electrons) Mole Hill that is not available anywhere else!
Let's connect on Instagram.
This partner activity makes for great practice of cation to anion ratios in chemistry! Students will spin a wheel (spinner not included), which will provide them with a prompt. Based on the cation:anion ratio on the practice mat, students will then locate an appropriate chemical formula that would fit that ratio.
For example, if the spinner lands on 1:2 cation:anion ratio, then the student would locate a chemical formula that fits that ratio. The player will then place a marker/chip (not included) on an appropriate bubble (such as CaCl₂). Students will take turns spinning the wheel and placing chips until one player completes a row or column.
This resource comes in a printable pdf, in both color and an ink-saving version. Each mat will need a spinner and markers/bingo chips, which are not included.
Join my email list and get a FREE PNE (protons, neutrons, and electrons) Mole Hill that is not available anywhere else!
Let's connect on Instagram.
This partner activity makes for great practice of cation to anion ratios in chemistry! Students will spin a wheel (spinner not included), which will provide them with a prompt. Based on the cation:anion ratio on the practice mat, students will then locate an appropriate chemical formula that would fit that ratio.
For example, if the spinner lands on 1:2 cation:anion ratio, then the student would locate a chemical formula that fits that ratio. The player will then place a marker/chip (not included) on an appropriate bubble (such as CaCl₂). Students will take turns spinning the wheel and placing chips until one player completes a row or column.
This resource comes in a printable pdf, in both color and an ink-saving version. Each mat will need a spinner and markers/bingo chips, which are not included.
Join my email list and get a FREE PNE (protons, neutrons, and electrons) Mole Hill that is not available anywhere else!
Let's connect on Instagram.
