Particle Model Mastery

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Quiz on the Particle Model of Matter

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Renzze Bernedette Pineda

Filipinas

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Particle Model Mastery


Froggy Jumps Particle Model MasteryVersión en línea Quiz on the Particle Model of Matter por Renzze Bernedette Pineda 1 1. Which factor causes matter to change its state by increasing or decreasing the thermal energy of its particles? a A. Temperature b B. Pressure c C. Shape 2 2. What happens to water vapor when heat is continuously removed? a B. It changes into gas again b A. It changes into liquid water and then becomes ice c D. It disappears completely 3 3. Why do scientists use models? a B. To explain things that are difficult to see or observe directly b A. To make objects heavier c C. To change the properties of materials 4 4. Which of the following is an example of a scientific model? a D. A classroom chair b B. A real mountain c A. A globe of Earth 5 5. Which process occurs when a gas changes directly into a solid without becoming a liquid first? a B. Sublimation b D. Deposition c A. Melting 6 6. What is the main purpose of a model in science? a C. To help explain or understand ideas and phenomena b B. To create new materials c A. To replace real objects permanently 7 7. Scientists use particle models to explain the behavior of solids, liquids, and gases. Why are these models useful? a B. Models help represent things that cannot be directly observed b A. Particles can be clearly seen with the naked eye c D. Models change the properties of matter 8 8. Teacher Bea uses a model of an atom during a lesson. Why is a model used instead of showing the actual atom? a B. Atoms cannot be easily seen directly b A. Atoms are too large to fit in a classroom c D. Models change the properties of atoms 9 9. What is the main purpose of a model in science? a A. To replace real objects permanently b B. To create new materials c C. To help explain or understand ideas and phenomena 10 10. According to the Particle Model of Matter, what is all matter made of? a C. Heat energy b A. Tiny particles c B. Large objects 11 11. What does the Particle Model explain about pure substances? a B. Pure substances have their own kind of particles b A. All pure substances have identical particles c D. Pure substances cannot change state 12 12. John compares sugar and salt and notices that they have different properties. Based on the Particle Model of Matter, what best explains this difference? a D. Their particles do not move b A. They occupy different amounts of space c B. They are made of different kinds of particles 13 13. Which statement is true about matter based on the Particle Model? a D. Matter has no mass b A. Matter has no particles c C. Matter is made of tiny particles 14 14. According to the Particle Model of Matter, why are water and oxygen considered different substances? a B. They have different sizes only b A. They have different colors only c C. They are made of different kinds of particles 15 15. Scientists use models of the solar system, atoms, and cells in their studies. What is the main reason these models are important in science? a D. They permanently prove all scientific ideas b B. They make invisible or difficult-to-observe phenomena easier to understand c A. They are exact copies of real objects in every detail 16 16. According to the Particle Model of Matter, what are particles always doing? a A. Staying still b B. Moving constantly c D. Changing color 17 17. What exists between particles of matter? a A. Water b C. Spaces c B. Heat only 18 18. What happens to particles when heat is added to a substance? a D. They disappear b B. They move faster c A. They stop moving 19 19. A student heated a container of water and observed that it eventually turned into steam. Which statement best explains what happened? a D. The particles lost heat and moved closer together b B. The particles gained energy, moved faster, and spread farther apart c A. The particles stopped moving and became smaller 20 20. Which statement correctly describes particles of matter? a A. Particles do not attract each other b B. Particles have no spaces between them c C. Particles attract each other and are always moving 21 21. Which description best represents the arrangement of particles in a solid? a B. Particles are close together and vibrate in fixed positions b A. Particles are far apart and move freely c D. Particles have no spaces between them 22 22. Which statement correctly describes particles in a liquid? a B. Particles are very far apart and move in all directions b C. Particles are close together and can slide past one another c A. Particles are tightly packed and cannot move 23 23. During the change from vapor to liquid to solid, what happens to the particles and their energy? a B. Particles move farther apart and spread out b A. Particles gain energy and move faster c C. Particles lose energy, move slower, and become closer together 24 24. What happens to the particles of a solid when heat energy is added and it changes into a liquid? a C. The particles move faster and become less tightly packed b D. The particles become smaller c A. The particles stop moving 25 25. All particles are widely spaced and moving rapidly in different directions. Which state of matter does it represent? a B. Liquid b A. Solid c C. Gas

Particle Model Mastery

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Froggy Jumps

Particle Model MasteryVersión en línea

por Renzze Bernedette Pineda

1. Which factor causes matter to change its state by increasing or decreasing the thermal energy of its particles?

2. What happens to water vapor when heat is continuously removed?

3. Why do scientists use models?

4. Which of the following is an example of a scientific model?

5. Which process occurs when a gas changes directly into a solid without becoming a liquid first?

6. What is the main purpose of a model in science?

7. Scientists use particle models to explain the behavior of solids, liquids, and gases. Why are these models useful?

8. Teacher Bea uses a model of an atom during a lesson. Why is a model used instead of showing the actual atom?

9. What is the main purpose of a model in science?

10. According to the Particle Model of Matter, what is all matter made of?

11. What does the Particle Model explain about pure substances?

12. John compares sugar and salt and notices that they have different properties. Based on the Particle Model of Matter, what best explains this difference?

13. Which statement is true about matter based on the Particle Model?

14. According to the Particle Model of Matter, why are water and oxygen considered different substances?

15. Scientists use models of the solar system, atoms, and cells in their studies. What is the main reason these models are important in science?

16. According to the Particle Model of Matter, what are particles always doing?

17. What exists between particles of matter?

18. What happens to particles when heat is added to a substance?

19. A student heated a container of water and observed that it eventually turned into steam. Which statement best explains what happened?

20. Which statement correctly describes particles of matter?

21. Which description best represents the arrangement of particles in a solid?

22. Which statement correctly describes particles in a liquid?

23. During the change from vapor to liquid to solid, what happens to the particles and their energy?

24. What happens to the particles of a solid when heat energy is added and it changes into a liquid?

25. All particles are widely spaced and moving rapidly in different directions. Which state of matter does it represent?