Chapter 2 and 3
  • 1. Matter is defined as anything that
A) can be weighed.
B) can be seen and touched.
C) has mass and takes up space.
D) contains kinetic energy.
  • 2. Knowing the chemical properties of a substance will tell you how the substance
A) can be broken down into atoms.
B) looks.
C) smells.
D) reacts with other substance.
  • 3. Which state of matter will hold its shape without a container?
A) plasma
B) gas
C) liquid
D) solid
  • 4. A liquid changes into a gas the the liquid's
A) triple point
B) critical point
C) melting point
D) boiling point
  • 5. A physical property of gold is its
A) non-flammability
B) reactivity with acids
C) none of these
D) density
  • 6. WHich of the following is not an example of a physical property?
A) color
B) boiling point
C) reactivity
D) denisty
  • 7. Which of the following is an example of a physical change?
A) dissolving salt in water
B) dying your hair
C) burning wood
D) baking a cake
  • 8. The only state of matter that is not a fluid is
A) solid.
B) gas.
C) plasma.
D) liquid.
  • 9. The heavier a particle is, the _______ it moves.
A) slower
B) faster
C) more
D) less
  • 10. The change from a solid directly to a gas is called
A) sublimation.
B) deposition.
C) condensation.
D) evaporation.
  • 11. When two or more substances are blended together, the result is a ______________.
  • 12. A ______________ property describes how a substance acts when it reacts with other substances.
  • 13. The kinetic theory of matter states that matter is made of particles whose speed is dependent on their_____________.
  • 14. Using at least 5 complete sentences explain why changes of state are physical changes.
  • 15. List and describe each of the five indicators of chemical change.
  • 16. Archimedes' principle states that the buoyant force on a(n) ______ is equal to the weight of the displaced volume of fluid.
A) fluid mixing with another liquid
B) object in a fluid
C) substance dissolved in a fluid
D) object floating on a fluid
  • 17. When ice melts to form water, energy
A) is absorbed.
B) is released.
  • 18. Pascal's principle states the a fluid in equilibrium enclosed by a vessel exerts pressure
A) towards the opening
B) equally in all directions
C) downwards
D) upwards
  • 19. Boyle's law relates the pressure of a gas to its
A) temperature
B) volume
C) container
D) composition
  • 20. As the temperature of a fixed amount of gas at constant volume decreases, its pressure
A) increases
B) stays the same
C) decreases
  • 21. As the volume of a fixed amount of gas at constant pressure increases, its temperature
A) increases
B) decreases
C) stays the same
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