Physical & Chemical Changes Test/Lab (1/25/2024)

Last updated 7 months ago
37 questions
9

Sort each property into the correct category. You do not have to drag them, you can just click the property and then click the category.

  • Corrosive
  • Effervesce
  • Temperature
  • Conductivity
  • Viscosity
  • pH Level
  • Boiling Point
  • Solubility
  • Tarnish
  • PHYSICAL PROPERTIES
  • CHEMICAL PROPERTIES
1

You normally use your 5 senses to detect...

1

Physical changes... (select the one that is true)

9
  • Hand Warmers
  • Cracking a Glow-stick and making it glow
  • Sugar dissolving in water
  • Banana peel turning brown
  • Mixing cookie dough ingredients
  • Bread Rising
  • Wood rotting
  • Using heat to blow glass into a vase
  • Blow Drying your hair
  • PHYSICAL CHANGE
  • CHEMICAL CHANGE
1

Any characteristic we can observe or measure without changing the chemical composition of the substance

Required
1

Changes to a substance's appearance/form but not its chemical composition

1

A characteristic of a substance that can only be seen by changing the chemical composition of a substance

1

These changes impact a substance's chemical composition, causing a new substance to be created

1

Which of the following is NOT an example of a physical change?

1

Which of the following is NOT an example of a chemical change?

1

One example of physical change is

1

One example of chemical change is

1

Every chemical change ...

1

Which of the indicators of change is categorized incorrectly?

1

The reason for Ooblek's strange behavior is

6
List the names of the 6 experiments in the order in which they were performed.

#1 _______
#2 _______
#3 _______
#4 _______
#5 _______
#6 _______
6

Identify whether each experiment was an example of a physical or chemical change by dragging it to the correct category.

Make sure each category is in numerical order so your answers are scored correctly.

  • Experiment # 1
  • Experiment #2
  • Experiment #3
  • Experiment #4
  • Experiment #5
  • Experiment #6
  • Physical Change
  • Chemical Change
0
Ooblek is an example of one of the four types of Non-Newtonian fluids called a dilatant or
_______ (two words)
1
In these types of non-Newtonian fluids, the _______ (type of property). of a liquid will increase when stress or pressure is applied, causing the fluid to behave like a solid.
1
What do we call a solid that forms from a liquid _______
1
In experiment #2, there were _______ state of matter changes
1
Which state of matter change was responsible for the ice crystals that formed in experiment #2 _______
1
For a change to a substance to be considered “chemical” in nature, we must see _______ (#) indicator(s) of chemical changes or properties.
2

Select all the experiments that involved a change in the pH level of a substance

2

Select all of the experiments that involved an exothermic reaction taking place.

2

Select all of the experiments that had an unexpected color change occur.

1
In Experiment #1, the color changed from _______ to _______ .
2

Select all of the experiments that had a state of matter change occur (within the original substance.)

2

Select all of the experiments that experienced a PHYSICAL change in temperature.

1

The bubbles that formed in the water during experiment #2 were an example of effervesce

1

Experiment #5 showed both a new substance and a state of matter change.

1

Which Physical Change was NOT present in experiment #4?

Select all that apply

1

Which of the ABCD's of Chemical Change were not present in Experiment #6?

Select all that apply

1

Which investigation would provide evidence of a chemical change?

1

What was the name of the new substance (the white bio-plastic) created in Experiment #6?

Please only type the one-word answer, do not answer in sentence form.

0

EXTRA CREDIT: When bubbles form in a liquid, how do we know when it is a chemical change (effervesce) and not just a state of matter change?

Extra points if you can correctly use one of our experiments to support/explain your answer.

0

EXTRA CREDIT: Rearrange the substances below in order from the least dense (top) to the most dense (bottom) based on their behavior when the dry ice was placed underwater.

  1. Air in the room
  2. Dry Ice Vapors
  3. Water in the bowl.