Solving for decimal quotients (5.3G) using distribution and logistics word problems.

Mastering decimal multiplication (5.3E) through engineering and scaling word problems.

Deep dive into adding and subtracting decimals to the thousandths (5.3K) using measurement and data scenarios.

Focuses on adding and subtracting fractions with unequal denominators (5.3K) through lab-based word problems.

Solving for decimal quotients using the standard algorithm and estimation (5.3G).

Mastering decimal multiplication using place-value strategies and models (5.3E).

Deep dive into adding and subtracting decimals to the thousandths, including money applications (5.3K).

Focuses on adding and subtracting fractions with unequal denominators (5.3K) through word problems and modeling.

Challenges students to solve complex division word problems with 4-digit dividends and interpret quotients in real-world contexts, including money (TEKS 5.3G).

Focuses on the standard algorithm for dividing decimals with whole number divisors, including estimation and checking for reasonableness (TEKS 5.3G).

Applies decimal multiplication to multi-step word problems involving money and real-world costs, specifically targeting the rigor found in STAAR 5.3E.

Focuses on multiplication of decimals using models and strategies based on place value, aligned to TEKS 5.3E. Students will use the Precision Lab theme to calculate experimental yields.

A lesson focused on the partial products method for multi-digit multiplication, using a 'blueprint' theme to help students visualize breaking down numbers into tens and ones.

A lesson focused on mastering 2-digit plus 1-digit addition using regrouping, supported by base ten block visualizations.

A math lesson focused on dividing mixed numbers through the lens of cooking and recipes, providing students with practical applications of fraction division.