Worksheet Grade 8 English Language Arts

The Water Cycle Over Wren Valley: Grade 8 Text-Structure Worksheet

A grade 8 ELA worksheet where students analyze the structure, transitions, and precise vocabulary of an informative water-cycle passage set in Wren Valley.

Objectives

  1. Students will identify the text structure and transition words in an informative passage.
  2. Students will replace vague wording with precise vocabulary in an informative passage.

Vocabulary

Evaporation
Evaporation happens when liquid water, often warmed by the sun, turns into an invisible gas called water vapor that rises into the air. It is how water leaves oceans, lakes, and puddles.
Condensation
Condensation is when water vapor in the air cools down and turns back into tiny liquid water droplets. It is how clouds form and why a cold glass gets wet on the outside on a warm day.
Precipitation
Precipitation is any water that falls from clouds to the ground, including rain, snow, sleet, and hail. It is the main way water returns from the sky to the surface of the Earth.

Also: transition, text structure

Teacher overview

This worksheet uses a short informative passage about the water cycle over Wren Valley, a fictional valley, as a text students study for structure rather than for science content. Students name the way the passage is organized, find the transition words that hold it together, and sharpen its vague wording into precise terms. Every item points back to the passage, so students practice the drafting moves of informative writing on a model before they try their own.

Answer Key

  1. Answer: Sequence. The passage moves through ordered steps using time-order transitions like first, next, after that, and finally.
  2. Answer: Any three of: first, next, after that, finally. These signal the order of the steps.
  3. Answer: Evaporation, condensation, precipitation, then the water running downhill and soaking into the ground until it reaches the river again. The passage does not name this last step, so accept "runoff," "collection," or a description of it.
  4. Answer: Vapor is water in the form of a gas, made when the sun warms water until it rises into the air, as the passage shows in the evaporation sentence.
  5. Answer: Answers vary. A precise version names an action, such as "The water above Wren Valley constantly changes form and moves between the river, the air, and the ground."
  6. Answer: Accept either the last sentence of the first paragraph, which says the water reaches the river again "where the same steps can start over," or the final sentence, which says the water returns to where it began so its path is a cycle. Both show a loop rather than a one-way path.
  7. Answer: Answers vary. For example, "stage" or "phase" can replace "step" without changing the meaning.
  8. Answer: "Finally" signals the last stage in the order, telling the reader the sequence is ending, while "next" would suggest more steps still follow.
  9. Answer: The second paragraph places the valley inside the global amounts of ocean and fresh water and the time a drop spends in the air, showing the valley is one small part of a much larger loop.
  10. Answer: Answers vary. A strong sentence uses a time transition, such as "Once the droplets gather into clouds, they keep growing until they fall as rain or snow."

Differentiation

Support

Highlight the transition words in the passage before students begin, and provide a labeled list of the four cycle stages. Offer sentence frames for the rewrite items.

Extension

Ask students to rewrite the first paragraph using a cause-and-effect structure instead of a time sequence, then explain which structure fits the water cycle better and why.

ELL supports

Pre-teach "evaporation," "condensation," "precipitation," and "transition" with a simple labeled cycle diagram. Allow students to point to or underline transition words before listing them in writing.

Extensions

Have students draft their own five-sentence informative paragraph about where the rain that falls on the school goes, using at least three time-order transitions and two precise water-cycle terms.