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• Wind Vane (1)

• Thermal Glove (1)

• Cloud Charts

• GLOBE Data Sheets

• Computer

• Projection Screen

• Access to Brainpop.com

• 101 Cloud Activities

• Cotton Balls

• Various Art Supplies

Step-by-step suggested lesson plan

Instructor Activity Student Activity
Measurements. Take your students outside and conduct the GLOBE protocols. Students should set up the ozone strip, take the air and surface temperature, observe the sky for clouds, and measure humidity and wind direction. Students take measurements.
Review. Take a few minutes to review what students have already learned about the atmosphere (e.g. its importance, layers, temperature, and wind).
Discussion. Next, introduce students to the 5 main gases that make up the atmosphere (nitrogen, oxygen, argon, water vapor, and carbon dioxide), using information from the “Background Information” section. You can have students pretend to be different types of air molecules to visualize ratios of molecules (for example, about one-fifth of air molecules are oxygen). Explain the concept of a “cycle”, and point out that we’ll be discussing cycles that affect three of the main gases: water, oxygen, and carbon. Students answer journal question: (p.1)
Water Cycle Video and Discussion. Introduce the water cycle with the Brainpop.com video: Water Cycle (Optional: accompanying Brainpop quiz and activity). Explain the processes of evaporation, transpiration, condensation, precipitation, and infiltration. Ask students for examples of types of precipitation. Students watch video (and participate in optional quiz and activity), participate in discussion, and fill out journal questions (p. 2)
Humidity Discussion. Ask students to recall the Water in Three States Demonstration from Lesson One (or, repeat the demonstration). Remind them that the water that condensed on the glass came from water vapor in the air. Explain that humidity is a measure of how much water vapor the air contains. Hold up the GLOBE hygrometer to remind them of how they are measuring humidity. Students answer journal questions (top of p. 3)
Clouds discussion. Give a short lecture about clouds. Teach the students about the different types of clouds, how they are formed, and where they are found. Students should be somewhat familiar with recognizing clouds, as they have already done a bit with the GLOBE protocol. Students answer journal questions: (bottom of p. 3)
Pick 1 cloud activity to do with the class, from the 101 Cloud Activities in the GLOBE kit. Students may split into smaller groups to do the activities and play the games. Students complete cloud activity.
Art Activity (optional): Ask the class to draw a model of the water cycle. Make sure that they can name all parts of the cycle. Cotton balls can be used to create the clouds, and they should be able to differentiate between different shapes of clouds. You can hang these models up in the classroom for future reference. Students may use construction paper, markers, crayons, glue and scissors to create the model. The following parts of the water cycle should be clearly shown and labeled on the model: evaporation, transpiration, condensation, precipitation, and infiltration. The following types of clouds should be created with the cotton balls: cumulus, stratus, cirrus, cumulonimbus. Students complete art activity.
Discussion of oxygen and carbon cycles. Explain to students the importance of the oxygen cycle and carbon cycle and the key processes in each. Point out how the two cycles are very closely related, with photosynthesis and respiration playing important roles in each. Students answer journal questions (p. 4-5).
Give students 3 minutes to complete the worksheets. Students answer journal question (p. 6)
Take your class outside, and scan the ozone strip. Also, retake the surface and air temperature, and the humidity so that students can take the average of these measurements in order to supplement their ozone measurements. Students take measurements.

Expected outcomes

  1. Students will be able to list the gases of the atmosphere and the relative abundance of each.
  2. Students should be able to draw and label a diagram of the water, oxygen, and carbon cycles and explain in a few sentences the importance of each.
  3. Students should complete Lesson Three Journal Activities.

Questions & Answers

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Chinaza Reply
what is defense mechanisms
Chinaza
I'm interested in biological psychology and cognitive psychology
Tanya Reply
what does preconceived mean
sammie Reply
physiological Psychology
Nwosu Reply
How can I develope my cognitive domain
Amanyire Reply
why is communication effective
Dakolo Reply
Communication is effective because it allows individuals to share ideas, thoughts, and information with others.
effective communication can lead to improved outcomes in various settings, including personal relationships, business environments, and educational settings. By communicating effectively, individuals can negotiate effectively, solve problems collaboratively, and work towards common goals.
it starts up serve and return practice/assessments.it helps find voice talking therapy also assessments through relaxed conversation.
miss
Every time someone flushes a toilet in the apartment building, the person begins to jumb back automatically after hearing the flush, before the water temperature changes. Identify the types of learning, if it is classical conditioning identify the NS, UCS, CS and CR. If it is operant conditioning, identify the type of consequence positive reinforcement, negative reinforcement or punishment
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Wekolamo
because it helps many people around the world to understand how to interact with other people and understand them well, for example at work (job).
Manix Reply
Agreed 👍 There are many parts of our brains and behaviors, we really need to get to know. Blessings for everyone and happy Sunday!
ARC
A child is a member of community not society elucidate ?
JESSY Reply
Isn't practices worldwide, be it psychology, be it science. isn't much just a false belief of control over something the mind cannot truly comprehend?
Simon Reply
compare and contrast skinner's perspective on personality development on freud
namakula Reply
Skinner skipped the whole unconscious phenomenon and rather emphasized on classical conditioning
war
explain how nature and nurture affect the development and later the productivity of an individual.
Amesalu Reply
nature is an hereditary factor while nurture is an environmental factor which constitute an individual personality. so if an individual's parent has a deviant behavior and was also brought up in an deviant environment, observation of the behavior and the inborn trait we make the individual deviant.
Samuel
I am taking this course because I am hoping that I could somehow learn more about my chosen field of interest and due to the fact that being a PsyD really ignites my passion as an individual the more I hope to learn about developing and literally explore the complexity of my critical thinking skills
Zyryn Reply
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Jonathan
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Jonathan
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interpersonal relationships
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Source:  OpenStax, Rice air curriculum. OpenStax CNX. May 09, 2010 Download for free at http://cnx.org/content/col11200/1.1
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