About the store
Hi! My name is Elisa, the creator behind CopernicusNotebook. I’ve been a high school math and physics teacher since 2007, teaching every grade level from 9th to 13th grade. With over 15 years of experience as a high school math and physics teacher, I’ve developed a deep passion for helping students unlock the world of numbers and physical principles. Now, I’m excited to share my engaging, practical, and challenging materials with teachers and students around the world! I’m so glad you’re here—thank you for visiting my store!
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GCF and LCM of Monomials MATH MYSTERY WHODUNNIT ACTIVITY
Mystery Math: Who Dunnit? – The Monomial EnigmaTurn your math lesson into an unforgettable adventure! In Mystery Math: Who Dunnit?, students step into the role of detectives on a thrilling mission to discover who altered the research notes of Dr. Emilia Pascal. To crack the case, they must find the GCF and LCM of monomials across 12 challenging problems, eliminating suspects, objects, and locations along the way. Key Features: Story-Driven Math Investigation - Students become mathematical
7th - 10th
Algebra, Math, Numbers
Rational Exponents and Radicals with operations COLORING ACTIVITY
These engaging, self-checking Color by number Activities help students master rational exponents and operations with rational exponents. Through solving problems and coloring a picture, students reinforce their understanding of converting between rational exponents and radicals, as well as applying power rules in a fun and interactive way. What’s Included:• Activity 1: Converting Rational Exponents to Radicals (and vice versa)•Students transform expressions with rational exponents into radica
7th - 10th
Algebra, Algebra 2, Numbers
GCF and LCM prime factorization With Problems MATH MYSTERY WHODUNNIT ACTIVITY
Mystery Math: Who Dunnit? – The case of the Stolen SapphireTurn your math lesson into an unforgettable adventure! In Mystery Math: Who Dunnit?, students step into the role of detectives on a thrilling mission to discover who stole a priceless Sapphire from the Grand Palace Museum. To crack the case, they must find the GCF and LCM of numbers across 14 challenging problems, eliminating suspects, objects, and locations along the way. Key Features: Story-Driven Math Investigation - Students bec
7th - 10th
Algebra, Math, Numbers
GCF and LCM prime factorization MATH MYSTERY WHODUNNIT ACTIVITY
Mystery Math: Who Dunnit? – The Vanishing VariableTurn your math lesson into an unforgettable adventure! In Mystery Math: Who Dunnit?, students step into the role of detectives on a thrilling mission to discover who stole a crucial variable from a secret formula. To crack the case, they must find the GCF and LCM of numbers across 12 challenging problems, eliminating suspects, objects, and locations along the way. Key Features: Story-Driven Math Investigation - Students become mathematical
7th - 10th
Algebra, Math, Numbers
Dividing polynomials Long and Synthetic Division MATH MYSTERY WHODUNNIT ACTIVITY
Solve the Case: A Who Dunnit? The Vanishing PolynomialLong and Synthetic DivisionEngage your students with this interactive mystery activity where math meets detective work! In Mystery Math: Who Dunnit?, students solve 13 challenging problems focused on division of polynomials (with and without remainder) and its terms. Each math problem reveals a clue, guiding them through a step-by-step investigation to eliminate suspects, objects, and places using a customizable Mystery Grid. ➗ Math Concep
7th - 10th
Algebra, Math, Numbers
Dividing numbers MATH MYSTERY WHODUNNIT ACTIVITY
Solve the Case: A Who Dunnit? The case of the Divided ClueEngage your students with this interactive mystery activity where math meets detective work! In Mystery Math: Who Dunnit?, students solve 16 challenging problems focused on division of numbers (with and without remainder) and its terms. Each math problem reveals a clue, guiding them through a step-by-step investigation to eliminate suspects, objects, and places using a customizable Mystery Grid. ➗ Math Concepts Covered: •Division (with
7th - 10th
Algebra, Math, Numbers
Simplifying Radicals without and with variables COLORING ACTIVITY
These self-checking, color-by-number worksheets help students practice simplifying radicals at various difficulty levels. Designed to build confidence and deepen understanding, students solve problems, match their answers to a picture, and color the sections accordingly, creating a visually engaging way to review and reinforce skills. What’s Included:• 2 Levels of Difficulty:Level 1 (Beginner): Simplify numerical radicals Level 2 (Intermediate): Simplify radicals with variables (all factors po
7th - 10th
Algebra, Algebra 2, Numbers
Simplifying Radicals Algebra 2 COLORING ACTIVITY
These self-checking, color-by-number worksheets help students practice simplifying radicals at various difficulty levels. Designed to build confidence and deepen understanding, students solve problems, match their answers to a picture, and color the sections accordingly, creating a visually engaging way to review and reinforce skills. What’s Included:• 2 Levels of Difficulty:• Level 1 (Advanced): Simplify radicals with variables (radicands to factor) • Level 2 (Challenge): Simplify radicals wi
9th - 11th
Algebra, Algebra 2, Numbers
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About the store
Experience
Hi! My name is Elisa, the creator behind CopernicusNotebook. I’ve been a high school math and physics teacher since 2007, teaching every grade level from 9th to 13th grade. With over 15 years of experience as a high school math and physics teacher, I’ve developed a deep passion for helping students unlock the world of numbers and physical principles. Now, I’m excited to share my engaging, practical, and challenging materials with teachers and students around the world! I’m so glad you’re here—thank you for visiting my store!
Teaching style
I believe that active engagement is the key to student success. I love incorporating hands-on activities, problem-solving sessions, and collaborative learning into my lessons. Whether students are up and moving, working together, or diving deep into exercises, my goal is to make learning math and physics enjoyable and impactful.
My own education history
I hold a degree in Mathematics from the University of Padua and a specialization in high school teaching for math and physics from the SISS (Specialization for Secondary School Teachers) program.
Additional biographical information
Originally from Italy, I have a husband and two adolescent children. When I’m not teaching or designing resources, I love diving into new stationery—it’s a little obsession of mine! Creating high-quality materials that support both teachers and students is my way of sharing my passion for education with the world.
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