Grade 2 · Reading · Building Confidence
Free Sequence & Inference worksheet - version 6
Grade 2 sequence & inference practice with original, difficulty-matched questions. This printable version includes 8 grade-appropriate questions and a separate answer sheet.
Sequence & Inference
Grade 2 · Building confidence · 8 questions · Version PG-D2K7YS-1F8V
Read: “The creek looked shallow near the bank but deepened toward the center. Maya used the marked bridge posts instead of guessing the water level.” What happened first, and what can you infer?
Read: “The library was crowded after school, so volunteers opened a second reading room. Families then found seats more quickly.” What happened first, and what can you infer?
Read: “Omar filled a blue pot with dry soil and a red pot with damp soil. Only the seed in the red pot sprouted.” What happened first, and what can you infer?
Read: “Lena put one ice cube in sunlight and one in shade. The sunny cube melted first because it received more heat.” What happened first, and what can you infer?
Read: “Nia and Theo walked to the pond. Nia watched quietly, but Theo splashed and frightened the ducks away.” What happened first, and what can you infer?
Read: “Two teams tested paper airplanes. One changed the wing shape; the other changed both the wings and the paper weight, making its results harder to explain.” What happened first, and what can you infer?
Read: “Milo packed a sandwich, while June packed fruit and crackers. Both children brought water for the hike.” What happened first, and what can you infer?
Read: “Ava's paper bridge bent under six blocks. She folded the paper into ridges, and the new bridge held twelve blocks.” What happened first, and what can you infer?
Answers and teaching notes
Use the answers to check the work after the learner finishes. For writing prompts, the guide describes what a strong response should include.
Show answers for version 6
- Read: “The creek looked shallow near the bank but deepened toward the center. Maya used the marked bridge posts instead of guessing the water level.” What happened first, and what can you infer?Maya observed the creek. Inference: The creek's appearance could be misleading.
- Read: “The library was crowded after school, so volunteers opened a second reading room. Families then found seats more quickly.” What happened first, and what can you infer?The library became crowded. Inference: The library expected many after-school visitors.
- Read: “Omar filled a blue pot with dry soil and a red pot with damp soil. Only the seed in the red pot sprouted.” What happened first, and what can you infer?Omar prepared two pots. Inference: The blue pot did not have enough water.
- Read: “Lena put one ice cube in sunlight and one in shade. The sunny cube melted first because it received more heat.” What happened first, and what can you infer?Lena put the ice cubes in two places. Inference: The sunny spot was warmer.
- Read: “Nia and Theo walked to the pond. Nia watched quietly, but Theo splashed and frightened the ducks away.” What happened first, and what can you infer?Nia and Theo walked to the pond. Inference: Nia probably saw the ducks for longer.
- Read: “Two teams tested paper airplanes. One changed the wing shape; the other changed both the wings and the paper weight, making its results harder to explain.” What happened first, and what can you infer?Both teams prepared paper-airplane tests. Inference: The first team's evidence was easier to interpret.
- Read: “Milo packed a sandwich, while June packed fruit and crackers. Both children brought water for the hike.” What happened first, and what can you infer?Milo and June packed for a hike. Inference: They expected to become hungry and thirsty.
- Read: “Ava's paper bridge bent under six blocks. She folded the paper into ridges, and the new bridge held twelve blocks.” What happened first, and what can you infer?Ava tested a flat paper bridge. Inference: The ridges helped spread the weight.
Worked example
Put stated events in order, then combine clues with what you already know.
Common mistake
Treating a guess as an inference without citing a clue.
Helpful hint
Find the clue that makes your inference reasonable.