Q2: In the experiment, colored water moves through ______________, defying gravity.
Q3: To create captivating color combinations, you need ______________ empty water glasses.
Q4: ______________ is added to the water to create different colors for the experiment.
Q5: Capillary action allows water to move through ______________ spaces, such as paper towels.
Q6: The Walking Water Experiment is a great way to explore the properties of ______________.
Q7: Safety glasses should be worn to protect your ______________ during the experiment.
Q8: The process of capillary action allows water to flow ______________ gravity.
Q9: The Walking Water Experiment involves creating ______________ color combinations.
Q10: It's important to perform the experiment under ______________ to ensure safety.
Q2: What happens when you dip one end of a paper towel section into colored water in the experiment?
(a) The paper towel dissolves.
(b) The water remains still.
(c) The water slowly travels up the paper towel.
(d) The water turns into a gas.
Q3: How many water glasses are used in the Walking Water Experiment?
(a) One
(b) Two
(c) Three
(d) Four
Q4: What is the purpose of adding watercolors or food coloring to the water in the experiment?
(a) To make the water taste better
(b) To create captivating color combinations
(c) To make the water safe to drink
(d) To change the temperature of the water
Q5: Which scientific principle allows water to move through narrow spaces like paper towels?
(a) Gravity
(b) Pressure
(c) Capillary action
(d) Buoyancy
Q2: True or False: Capillary action allows water to move through narrow spaces like paper towels.
Q3: True or False: The Walking Water Experiment uses only two water glasses.
Q4: True or False: Safety glasses are not necessary when conducting the Walking Water Experiment.
Q5: True or False: The Walking Water Experiment primarily explores the properties of air.
Q2: What is the significance of using different colors of water in the Walking Water Experiment?
Q3: Why is it important to perform the Walking Water Experiment under supervision?
Q4: Can you suggest another real-life scenario where capillary action is at play, similar to the Walking Water Experiment?
Q5: What educational benefits does the Walking Water Experiment offer to young learners?
You can access the solutions to this worksheet here.
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