Grade 2 Report Card Comments (Ontario)

[Student] reads grade-level texts with considerable fluency, applying decoding strategies — including letter clusters and context clues — to read unfamiliar words with considerable accuracy. She identifies the main idea and two or three key details in non-fiction texts independently. As a next step, [Student] is encouraged to use sticky-note annotations to track her thinking while reading, which will deepen her comprehension of longer texts.

[Student] produces multi-sentence written texts with a high degree of effectiveness, organizing his ideas with a clear beginning, middle, and end and using descriptive language that brings his subjects to life. He applies capitalization and end-punctuation rules with thorough consistency. As a next step, [Student] is encouraged to experiment with dialogue to make his narratives more vivid and engaging.

[Student] listens to instructions and stories with some sustained attention and can retell key events when prompted. She contributes to small-group discussions with some confidence, though she sometimes needs encouragement to elaborate on her ideas. As a next step, [Student] should practise adding one “because” statement to her oral responses to build the habit of explaining her thinking.

[Student] demonstrates considerable understanding of place value to 200 and adds and subtracts two-digit numbers with regrouping with considerable accuracy, selecting appropriate strategies for different problem types. He communicates his mathematical thinking clearly using numbers and words. As a next step, [Student] is encouraged to estimate before calculating to build number sense and check the reasonableness of his answers.

[Student] measures length using centimetres and metres with some accuracy, selecting the appropriate tool for the task with guidance. She compares and orders objects by length with some consistency. As a next step, [Student] should practise estimating a measurement before measuring to strengthen her understanding of the relative size of standard units.

[Student] identifies, extends, and creates growing and shrinking patterns with a high degree of effectiveness, describing the pattern rule using precise mathematical language and connecting numeric and visual representations with thorough confidence. As a next step, [Student] is encouraged to create his own patterns with two changing attributes to deepen his algebraic thinking.

[Student] investigates and describes the properties of liquids and solids with considerable accuracy, using science vocabulary such as viscosity and absorbency appropriately during class discussions. She records observations clearly in labelled diagrams. As a next step, [Student] is encouraged to form a prediction before each investigation and then compare her results to what she expected, building her understanding of the scientific method.

[Student] identifies ways that air and water are used in everyday life with some accuracy and can describe some of their properties with teacher prompting. As a next step, [Student] should keep a science journal to record observations independently, which will help him articulate his thinking more confidently during class sharing.

[Student] compares features of communities in different parts of the world with considerable detail, identifying similarities and differences in shelter, food, and cultural practices. He uses maps and photographs as sources of information with considerable effectiveness. As a next step, [Student] is encouraged to develop his own inquiry question about a global community and plan how he would find the answer.

[Student] demonstrates a thorough understanding of how family and community traditions change over time, drawing on detailed personal examples and connections to classroom read-alouds with a high degree of effectiveness. She communicates her ideas with clarity and genuine enthusiasm. As a next step, [Student] is encouraged to interview a family member to gather primary-source evidence for her next inquiry.