FifthGrade · Grade 5 Science · Educator Print Pack
Quarter 2: Age of Exploration & the Columbian Exchange
Quizzes, unit assessment, and cumulative finals (where applicable) — Weeks 10–18.
- Items
- 3
- Weeks
- Weeks 10–18
- Framework
- NGSS
Contents
- #2.1 — Quiz: Plants, Food Webs, and Energy · Weekly quiz · Week 16 · 25 min
- #U2 — Unit 2 Assessment — Ecosystems and Energy Flow · Unit assessment · Week 17 · 45 min
- #Mid-Year — Mid-Year Science Final (Units 1 + 2) · Mid-year final · Week 18 · 60 min
Weekly quiz · #2.1 · Week 16 · 25 min
Quiz: Plants, Food Webs, and Energy
10-question quiz spanning plant materials, food-web vocabulary, and energy flow.
- Plants get the materials they need for growth chiefly from _____ and _____.
- In a food web, the arrows show the flow of _____.
- A producer makes its own food. Name one producer.
- A decomposer breaks down dead material. Name one decomposer.
- Energy in your breakfast cereal came originally from the _____.
- A rabbit eats grass; a fox eats the rabbit. Where did the fox's energy come from originally?
- In a forest, leaves on the ground get smaller every winter. What happens to them, and who is responsible?
- A student says: 'Plants need soil to grow.' How would you correct or improve that?
- If all the decomposers in an ecosystem disappeared, what would happen over time?
- Draw a simple food chain with 3 organisms showing the direction of energy flow.
Scoring: 10 problems · same 4-point bands as Quiz 1.1.
Unit assessment · #U2 · Week 17 · 45 min
Unit 2 Assessment — Ecosystems and Energy Flow
15-point unit assessment with a food-web model and a CER on plant materials.
Part 1 — Multiple choice
- Where do plants get most of the materials for growth? (A) Soil (B) Air and water (C) Sunlight only (D) Decomposers.
- Which is a decomposer? (A) Eagle (B) Mushroom (C) Deer (D) Oak tree.
- In a food web, arrows show: (A) Animal paths (B) Energy flow (C) Where animals sleep (D) Plant growth.
- Where did the energy in your sandwich originate? (A) The fridge (B) The sun (C) The farm (D) The bread.
Part 2 — Short answer
- Define producer, consumer, and decomposer in your own words.
- Trace energy: Sun → _____ → _____ → owl. Fill in two organisms.
- Why are decomposers important in an ecosystem?
- Explain how a plant uses air to grow. Use the word 'air' or 'carbon dioxide.'
Part 3 — Model + CER
Draw a food web with at least 6 organisms (producers, consumers, decomposers). Then write a CER: Plants get the materials they need for growth chiefly from air and water, not from soil. Use evidence from a lab investigation you have done.
Scoring: 15 points · 12/15 = Meets. Save in portfolio for the Q2 review.
Mid-year final · #Mid-Year · Week 18 · 60 min
Mid-Year Science Final (Units 1 + 2)
20-point cumulative final covering matter, conservation of mass, food webs, and energy flow.
Part 1 — Multiple choice (1 pt each)
- Matter is made of: (A) molecules only (B) particles too small to be seen (C) only what we can see (D) just liquids.
- When ice melts in a sealed bag, the mass: (A) increases (B) decreases (C) stays the same.
- A producer is: (A) eats other organisms (B) makes its own food (C) breaks down dead matter (D) only animals.
- Where does the energy in a hamburger originate? (A) The cow (B) The grass the cow ate (C) The sun (D) The fridge.
- Plants get most of their material for growth from: (A) soil (B) decomposers (C) air and water (D) other plants.
- A material is shiny, conducts electricity, and is attracted to a magnet. It is most likely a: (A) plastic (B) wood (C) metal (D) ceramic.
Part 2 — Short answer (2 pts each)
- Describe how particles are arranged differently in a solid versus a gas.
- A student dissolves salt in water. Has a new substance formed? How could you test your answer?
- Why is mass conserved when baking soda and vinegar are mixed in a sealed bag?
- Define decomposer and give one example.
- Why do scientists say energy in food was once energy from the sun?
Part 3 — Models + CER (3 pts each)
Draw a food web with: sun, grass, mouse, snake, hawk, mushroom — show energy flow with arrows.
CER: A scientist places a plant in a sealed jar with only water and air — no soil. After 4 weeks, the plant has grown 6 cm. Use this evidence to explain where plants get their materials.
Scoring: 20 points · 16/20 (80%) = Meets. Use the result to guide Q3 grouping.