A foundational numeracy lesson where students use a telephone wire visual to explore and record combinations of numbers that sum to ten.
A beach-themed weekly measurement unit designed for diverse learners, aligning with the Unique Learning System (ULS) curriculum. It provides standard and adapted math instruction spanning direct size comparison, non-standard measurement, capacity, height ordering, and basic standard measurement.
A playful elementary math lesson where students use a monster decoder chart to solve mystery addition equations. Includes a student-facing code-breaker worksheet and a corresponding teacher answer key.
Recreated five-page Monster Mystery Addition worksheet with corrected 'ADDITION' spelling and beautiful, multi-colored pattern colored monsters matching exactly across the decoder box and all addition clues.
A comprehensive 1st and 2nd-grade math tutoring sequence featuring heavily scaffolded worksheets and visual progress monitoring kits. Covers number sense, algebraic operations, geometry, and measurement.
Introduces simple standard measurement with a friendly boardwalk ruler, measuring beach items in inches using high-contrast, large-print visual rulers and adapters.
The teacher's answer key for the Monster Code Worksheet, featuring all mystery values clearly solved with bold pink handwriting-style digits inside the decoder answers.
A math place value unit focusing on identifying digit values through the thousands place with interactive detective-themed worksheets and puzzles.
Focuses on sorting three sandcastles or beach toys from shortest to tallest, emphasizing height, standard spatial reasoning, and ordered sequencing.
A premium, student-facing math worksheet where children decode and solve addition mysteries by matching adorable pastel-colored monsters to their numerical values (1-10) using a visual key.
A primary math unit designed to build confidence in solving one-step addition and subtraction word problems. The sequence combines engaging visual cues, scaffolded modeling spaces, and explicit transition strategies between concrete and abstract math representation.
Explores capacity and volume concepts (full, empty, more, less) using visual beach buckets and sand containers, designed with concrete color-coded graphics.
