Clair Schroepfer

In this activity, students will work to gather digits to "crack the combination". As they solve each long division problem using drag and drop digits in Google Slides, they will reveal a series of digits. After completing all problems and collecting all digits, they will use them to attempt to create the final combination which is entered in a Google Form for immediate feedback on whether or not they were successful in cracking the combination. The activity practices dividing three-digit dividen

Your students are sure to be engaged in practicing long division with this scavenger hunt! Students choose, solve and find their quotient to lead to the next card. This product is self-checking as students will not be able to continue the hunt if their answer is incorrect. Product includes one-, two- and three-digit dividends and one-digit divisors. This product is also included in this Long Division Practice Bundle!Looking for more long division resources?Connect 4Crack the CombinationDigital

Let your students be the tutors/teachers with this activity! Each problem features a long division problem in which a mistake was made. Your students' job is to detect where the initial error was made, explain the mistake, and solve the problem correctly before moving to the next "Whoops!". This product is also included in this Long Division Practice Bundle!Looking for more long division resources? Interactive Notebook ActivityPrintable Anchor ChartsConnect 4Crack the CombinationDigital Escape

Enlarge these anchor charts as posters in your classroom or scale them down for use in interactive notebooks for student reference. Posters include a step by step break down of the multiplication process using two different methods as well as vocabulary terms. You can find an engaging multiplication activity here!

In this activity, students will work to gather digits to "crack the combination". As they solve each long division problem, they will reveal a series of digits. After completing all problems and collecting all digits, they will use them to attempt to create the final combination. Need a digital version too? Click HERE for a version featuring an entirely new set of problems to solve. This activity practices dividing three-digit dividends by one-digit divisors. Interested in Cracking the Code on