The water will start to "crawl" up the towel by capillary action. You will be able to see a moving! Place two drops of food coloring (any color) on the towel just in front of the wet part 20 of the towel and watch what happens. The water will carry the color with it, and as the water spreads out, the food color will too. SECOND EXPERIMENT: Put two drops (or more) of another color in the same place you put the first drops. Even though this spot is now wet, the moving water will carry this color outward too. After a few minutes, you will have two curved bands of color. You can add other colors (always in the same spot) to create a "rainbow" of colors. 11 12 Now that you know how to use capillary action to "paint" a rainbow, experiment! Try mixing different food colors, a drop of red with a drop of green, or mix a drop of yellow with blue and red. 13 Use more soup bowls. Bend down other corners of the towel and dip them in the bowls. You can "paint" from two, three, or all four corners of the towel at the same time! 14 KEEP YOUR PAINTINGS: After a while, the water will creep all the way across the paper towel and carry the color bands off the paper. Before this happens, take the towel out of the water when it looks pretty and let it dry. Then "“hang it" or tape it to a window to look like "stained glass." 15 And, when your friends ask how you painted such unusual pictures, tell them that a science friend of yours, named capillary action, helped you! 16 Which sentence from the article best tells how capillary action works? 7. A/"Try mixing different food colors, a drop of red with a drop of green, or mix a drop of yellow with blue and red." (paragraph 13) B "After a while, the water will creep all the way across the paper towel and carry the color bands off the paper." (paragraph 15) C Before this happens, take the towel out of the water when it looks pretty and let it dry" (paragraph 15) D "And, when your friends ask how you painted such unusual pictures, tell them that a science friend of yours, named capillary action, helped you!" (paragraph 16)

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter11: Properties Of Solutions
Section: Chapter Questions
Problem 137CP: In some regions of the southwest United States, the water is very hard. For example, in Las Cruces,...
icon
Related questions
Question
Which sentence from the article best tells how capillary action works
The water will start to "crawl" up the towel by capillary action. You will be able to see
ia moving!
Place two drops of food coloring (any color) on the towel just in front of the wet part
20
of the towel and watch what happens. The water will carry the color with it, and as the
water spreads out, the food color will too.
SECOND EXPERIMENT: Put two drops (or more) of another color in the same
place you put the first drops. Even though this spot is now wet, the moving water will
carry this color outward too. After a few minutes, you will have two curved bands of
color. You can add other colors (always in the same spot) to create a "rainbow" of colors.
11
12
Now that you know how to use capillary action to "paint" a rainbow, experiment!
Try mixing different food colors, a drop of red with a drop of green, or mix a drop of
yellow with blue and red.
13
Use more soup bowls. Bend down other corners of the towel and dip them in the
bowls. You can "paint" from two, three, or all four corners of the towel at the same time!
14
KEEP YOUR PAINTINGS: After a while, the water will creep all the way across the
paper towel and carry the color bands off the paper. Before this happens, take the towel
out of the water when it looks pretty and let it dry. Then "“hang it" or tape it to a window
to look like "stained glass."
15
And, when your friends ask how you painted such unusual pictures, tell them that a
science friend of yours, named capillary action, helped you!
16
Which sentence from the article best tells how capillary action works?
7.
"Try mixing different food colors, a drop of red with a drop of green, or mix a drop
of yellow with blue and red." (paragraph 13)
A
B "After a while, the water will creep all the way across the paper towel and carry the
color bands off the paper." (paragraph 15)
C "Before this happens, take the towel out of the water when it looks pretty and let it
dry (paragraph 15)
D "And, when your friends ask how you painted such unusual pictures, tell them that
a science friend of yours, named capillary action, helped you!" (paragraph 16)
Transcribed Image Text:The water will start to "crawl" up the towel by capillary action. You will be able to see ia moving! Place two drops of food coloring (any color) on the towel just in front of the wet part 20 of the towel and watch what happens. The water will carry the color with it, and as the water spreads out, the food color will too. SECOND EXPERIMENT: Put two drops (or more) of another color in the same place you put the first drops. Even though this spot is now wet, the moving water will carry this color outward too. After a few minutes, you will have two curved bands of color. You can add other colors (always in the same spot) to create a "rainbow" of colors. 11 12 Now that you know how to use capillary action to "paint" a rainbow, experiment! Try mixing different food colors, a drop of red with a drop of green, or mix a drop of yellow with blue and red. 13 Use more soup bowls. Bend down other corners of the towel and dip them in the bowls. You can "paint" from two, three, or all four corners of the towel at the same time! 14 KEEP YOUR PAINTINGS: After a while, the water will creep all the way across the paper towel and carry the color bands off the paper. Before this happens, take the towel out of the water when it looks pretty and let it dry. Then "“hang it" or tape it to a window to look like "stained glass." 15 And, when your friends ask how you painted such unusual pictures, tell them that a science friend of yours, named capillary action, helped you! 16 Which sentence from the article best tells how capillary action works? 7. "Try mixing different food colors, a drop of red with a drop of green, or mix a drop of yellow with blue and red." (paragraph 13) A B "After a while, the water will creep all the way across the paper towel and carry the color bands off the paper." (paragraph 15) C "Before this happens, take the towel out of the water when it looks pretty and let it dry (paragraph 15) D "And, when your friends ask how you painted such unusual pictures, tell them that a science friend of yours, named capillary action, helped you!" (paragraph 16)
irections
Read this article. Then answer questions 7 through 13.
D
Paint a Picture with Science
by Larry White, Hopscotch
Tree roots gather water from the ground and the tree's trunk, and branches carry the
water up to the leaves. How does water flow up a tree?
1
One way is by capillary action. Water moves, all by itself, through tíny spaces. Very
thin tubes inside the tree go from the roots to the leaves, Water is drawn up these tubes by
capillary action.
2.
A paper towel also has tiny spaces in it. If you dip one end of the towel in water, the
water moves through these tiny spaces in the same way it moves up the tubes in a tree.
We say paper towels absorb water. "Absorption" is capillary action at work!
3
4.
Here is a neat experiment that uses capillary action to paint a pretty picture.
You Will Need:
• paper towels
several colors of liquid food coloring
soup bowls
• dinner plate
• water
Please do this experiment on a bare-topped table and cover the top with old
newspapers. It can get (easy-to-clean-up) messy!
7.
FIRST EXPERIMENT:
Fill a soup bowl ½ full of
water and set it beside the
dinner plate.
FOOP COLOR
HERE
(AT THE CLEASE)
COLORBAND3 SPREAD
OUT HERE
8.
Fold one corner of a
OF WATER
paper towel down. Lay the
towel on the dinner plate
DINNER
PLATE
with the folded-down
corner going into the water
in the
soup
bowl.
PAPER TOWEL
GO ON
Practice Test 1:Book 1
Transcribed Image Text:irections Read this article. Then answer questions 7 through 13. D Paint a Picture with Science by Larry White, Hopscotch Tree roots gather water from the ground and the tree's trunk, and branches carry the water up to the leaves. How does water flow up a tree? 1 One way is by capillary action. Water moves, all by itself, through tíny spaces. Very thin tubes inside the tree go from the roots to the leaves, Water is drawn up these tubes by capillary action. 2. A paper towel also has tiny spaces in it. If you dip one end of the towel in water, the water moves through these tiny spaces in the same way it moves up the tubes in a tree. We say paper towels absorb water. "Absorption" is capillary action at work! 3 4. Here is a neat experiment that uses capillary action to paint a pretty picture. You Will Need: • paper towels several colors of liquid food coloring soup bowls • dinner plate • water Please do this experiment on a bare-topped table and cover the top with old newspapers. It can get (easy-to-clean-up) messy! 7. FIRST EXPERIMENT: Fill a soup bowl ½ full of water and set it beside the dinner plate. FOOP COLOR HERE (AT THE CLEASE) COLORBAND3 SPREAD OUT HERE 8. Fold one corner of a OF WATER paper towel down. Lay the towel on the dinner plate DINNER PLATE with the folded-down corner going into the water in the soup bowl. PAPER TOWEL GO ON Practice Test 1:Book 1
Expert Solution
Step 1

Capilarry action is a process in which a liquid floe from a narrow space without any resistance or even in opposition of any external force or in simple words capillary action is liquid flowing from a narrow spapce.

trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps

Blurred answer
Knowledge Booster
Solutions
Learn more about
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, chemistry and related others by exploring similar questions and additional content below.
Similar questions
  • SEE MORE QUESTIONS
Recommended textbooks for you
Chemistry
Chemistry
Chemistry
ISBN:
9781305957404
Author:
Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:
Cengage Learning
Chemistry: An Atoms First Approach
Chemistry: An Atoms First Approach
Chemistry
ISBN:
9781305079243
Author:
Steven S. Zumdahl, Susan A. Zumdahl
Publisher:
Cengage Learning
Chemistry
Chemistry
Chemistry
ISBN:
9781133611097
Author:
Steven S. Zumdahl
Publisher:
Cengage Learning
Chemistry: The Molecular Science
Chemistry: The Molecular Science
Chemistry
ISBN:
9781285199047
Author:
John W. Moore, Conrad L. Stanitski
Publisher:
Cengage Learning
Chemistry for Engineering Students
Chemistry for Engineering Students
Chemistry
ISBN:
9781285199023
Author:
Lawrence S. Brown, Tom Holme
Publisher:
Cengage Learning
Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
Chemistry
ISBN:
9781305079373
Author:
William L. Masterton, Cecile N. Hurley
Publisher:
Cengage Learning