Welcome
Welcome
What's going on in middle school ?
The Month Ahead
Monday, February 16: Math Homework for the week 5th and 6th, 7th and 8th
Monday, February 16: Science Week 3 Homework Due Friday 2/20
(I strongly encourage students to use the internet to research science questions)
Tuesday, February 17: Academic Excellence Night
Monday, February 23 - March 3: No School/School Break
Lesson Plans
Each morning, students begin their day with a focused "Do Now" activity designed to ease them into the school day with purpose and calm. Currently, this week we are reviewing math test prep during this time. This will help get the students ready for the math state test.
Mistakes are for Learning
This week in 5th and 6th grade, our SEL focus is persistence, which means continuing to try even when something feels challenging, frustrating, or takes longer than expected. We are helping students practice sticking with tasks, trying more than one strategy, learning from mistakes, and using positive self-talk like “not yet” or “one step at a time.” Persistence is an important life skill because it builds confidence, strengthens problem-solving, supports academic growth, and helps students manage frustration and stay motivated—especially as expectations increase in middle school. Families can support persistence at home by praising effort and progress (not just correct answers), normalizing struggle as part of learning, encouraging students to try independently for a few minutes before asking for help, breaking larger tasks into smaller steps, modeling perseverance out loud, and celebrating small wins along the way.
In fifth grade, students work on modeling fractions and learning how to add and subtract fractions with both like and unlike denominators, which helps them understand how numbers relate to each other in real-life situations. This builds strong number sense and prepares them for more advanced math concepts. Adults can support learning at home by using everyday examples—such as cooking, measuring, or sharing food—to talk about fractions, asking children to explain their thinking, and encouraging them to draw models or use fraction pieces. Practicing patience and focusing on understanding rather than speed helps students build confidence and accuracy with fractions.
In sixth grade math this week, we are learning how to multiply decimals accurately and confidently. Students will practice estimating first to predict a reasonable answer, multiplying as if the numbers were whole numbers, and then placing the decimal in the product by thinking about how many total decimal places are in the factors.
Families can help at home by asking your child to explain the steps out loud, checking that their answer makes sense (for example, if you multiply by a number less than 1, the product should get smaller), and doing a few quick real-life practice problems together—like finding the cost of 2.5 pounds of fruit at $3.49 per pound, calculating a tip using a decimal, or multiplying measurements in a recipe.
The goal is for students to be able to show their work clearly, estimate to self-check, and build speed and accuracy with decimal multiplication.
This week in math, we are working on Operations with Rational Numbers, which means students are practicing how to add, subtract, multiply, and divide positive and negative fractions and decimals (including integers).
A big focus is choosing the correct operation, keeping track of signs (positive/negative), and showing clear steps so their work is accurate.
Families can help at home by having your child explain how they know an answer should be positive or negative, practicing a few quick problems each night (especially fraction and decimal computation), and connecting it to real life—like temperature changes, money owed vs. money earned, discounts, or splitting costs.
Encouraging your child to estimate first and then check their final answer for reasonableness is a great way to build confidence and reduce careless mistakes.
In eighth grade, students learn to solve linear equations and understand cases with one solution, no solution, or infinitely many solutions, along with how slope describes the rate of change between two variables. These concepts connect to real life through situations like comparing phone plans, budgeting, tracking speed over time, or understanding how costs increase at a constant rate. Parents can help by discussing everyday examples that involve change and comparison, asking students to explain their reasoning, and encouraging them to connect graphs and equations to real-world situations rather than just focusing on getting the answer.
This week, students are studying the organelles (cell parts) found in plant and animal cells. They’re learning what each organelle does—like how the nucleus controls the cell, mitochondria provide energy, and cell membranes regulate what enters and leaves. We’re also comparing plant and animal cells, focusing on key differences such as chloroplasts (for photosynthesis), cell walls (support and structure), and large central vacuoles found in plant cells.
Here are easy, no-stress ways families can help at home this week while students learn plant and animal cell organelles:
Ask quick “organelles in real life” questions (2 minutes):
“Which organelle is like the brain?” (nucleus) • “Which one makes energy?” (mitochondria) • “Which one is the ‘gatekeeper’?” (cell membrane)
Make a simple compare-and-contrast chart:
On paper, draw two columns: Plant Cell vs Animal Cell. Have your child list what both share (nucleus, membrane, cytoplasm, mitochondria) and what’s different (cell wall, chloroplast, large central vacuole).
Label a cell diagram:
Print or draw a circle/rectangle cell and label 8–10 organelles. Even better: have them label it from memory, then check their notes.
Teach it back:
Ask your child to “teach you” 5 organelles and their jobs using the sentence frame:
“The ________ helps the cell by ________.”
Use flashcards (paper or phone notes):
Front: organelle name • Back: job + whether it’s in plant, animal, or both.
Watch a short video + summarize:
After a kid-friendly cell video, have them say 3 new things they learned and 1 question they still have.