Looking for an engaging, non-worksheet way for students to practice manipulations of the equilibrium constant? This resource allows for students to practice:
Calculating the value of an equilibrium constant when a reaction is flipped
Calculating the value of an equilibrium constant when a reaction is multiplied by a coefficient
Calculating the value of an equilibrium constant when a reaction is flipped and multiplied by a coefficient
Calculating the value of an equilibrium constant when two reactions are combined
This resource can be used for distance learning, or as guided practice after in-class instruction, or for review.
For the print version, students will begin with all sides flipped to the answer side. Students will choose one card at random to flip to the question side, and then will answer that question. The answer to the first question will be in the answer bank somewhere, and when they find it, they flip that card over to the question side, placing it on top of the previous question. This forms a "mole hill," or question pile/question stack. The activity is very similar to dominos, except the students will stack their work. You will need to print out and cut the cards in enough sets for pairs of students to complete the activity. I also recommend laminating the cards for durability.
For the digital version, the process is very similar, except it is in a Google Sheet. Students will flip cards, but there is no stacking. Both you and your students must have a Google account and access to the internet to use this resource.
This resource includes both a print version, along with the student Google Sheet for the digital version.
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Let's connect on Instagram.
Looking for an engaging, non-worksheet way for students to practice manipulations of the equilibrium constant? This resource allows for students to practice:
Calculating the value of an equilibrium constant when a reaction is flipped
Calculating the value of an equilibrium constant when a reaction is multiplied by a coefficient
Calculating the value of an equilibrium constant when a reaction is flipped and multiplied by a coefficient
Calculating the value of an equilibrium constant when two reactions are combined
This resource can be used for distance learning, or as guided practice after in-class instruction, or for review.
For the print version, students will begin with all sides flipped to the answer side. Students will choose one card at random to flip to the question side, and then will answer that question. The answer to the first question will be in the answer bank somewhere, and when they find it, they flip that card over to the question side, placing it on top of the previous question. This forms a "mole hill," or question pile/question stack. The activity is very similar to dominos, except the students will stack their work. You will need to print out and cut the cards in enough sets for pairs of students to complete the activity. I also recommend laminating the cards for durability.
For the digital version, the process is very similar, except it is in a Google Sheet. Students will flip cards, but there is no stacking. Both you and your students must have a Google account and access to the internet to use this resource.
This resource includes both a print version, along with the student Google Sheet for the digital version.
Join my email list and receive a free pixel art assignment not available anywhere else!
Let's connect on Instagram.
