I can...learn how nutrients are transported to cells in a plant.
I can...classify leaves into three main categories: Parallel, Pinnate, and Palmate.
Leaf cards and posters.
Sorting Leaves Data Sheet
Living Systems book
Reading Frame for pp. 34-35
Students will sort leaves using cards and "Sorting Leaves" Data Sheet.
Students will complete the reading "Leaf Classication" and reading frame page.
Data Sheet
I can...learn about plant vascular systems and the process of transpiration.
Living Systems book
Reading Form for pages 36-42 and diagram of transpiration
Watch "Plant Structure and Growth" (17 Minutes) on FOSS Web.
Have students complete a "5 Video Fact" Sheet while watching "Plant Structure and Growth".
Students will read pages 36-42 while completing the reading form. Provide multiple ways to read the pages including regular book, interactive E-book and displaying pages on the SmartBoard.
I can... understand how nutrients are transported to cells in a plant.
"Transport Systems in Plants" article
Plant Life Word Sort
Chromebook
Read "Transport Systems in Plants" article with a partner
Respond appropriately to the Read-Think-Write and Focus Questions at the end. Making real world connections!
Plant Life Word Sort: Students will categorize the vocabulary into parts of a plant, parts of a flower, processes that plants carry out, things plants use to grow and to make food, food that comes from plants.
Research the history of vascular plants on Earth. How have plants changed over time?
I can... understand how nutrients are transported to cells in a plant.
Living Systems Text Book pages 43-44
The Story of Maple Syrup Reading Frame
Read and fill in the reading frame for "The Story of Maple Syrup" on pages 43-47.
Discuss Wisconsin's Maple Syrup Industry.
I can... make connections between the plant vascular system and the human circulatory system.
Prezi Slides
Heart Diagram
The students will compare and find similarities within the Prezi slides to link plant vascular system to the human circulatory system.
Color the circulatory system within the heart according to the diagram's key
I can... understand how humans transport nutrients to all their cells.
FOSSweb online eBook pages 48-53
"The Circulatory System" FOSSweb video
Living Systems Investigation 3 Activity Sheet/Diagram
Each Group Needs:
2 8 oz bottles
2 16 oz cups
2 rubber stoppers
2 rigid plastic pipes (7.4cm and 15cm)
4 plastic tubing
4 one-way valves
2 small binder clips
red food coloring
IF TIME: "Mammalian Circulatory System" online activity link via FOSSweb
Vocabulary: circulatory system, arteries, veins, capillaries, heart, right atrium, left atrium, lungs, right ventricle, left ventricle.
Read Page 48-53 "The Human Circulatory System" as a class on the online eBook while following along on the SmartBoard. Students will discuss the focus questions as we are listening and pausing during the reading.
Watch "The Circulatory System - Heart, Arteries and Veins" on FOSS Web. (7.5 Minutes)
Circulatory System Model Experiment
Living Systems Investigation 3 Activity Sheet - Color the diagram correctly and a vocabulary matching practice page.
Reflection/Discussion of model's performance
IF TIME: "Mammalian Circulatory System" online activity for students via FOSSweb will provide enrichment and further experience with the human circulatory system.
I can... understand why people breathe.
I can... understand the parts of the respiratory system and what the function of this system is.
I can... understand that our lungs are the most important part we use for breathing and are connected to the environment by a system of tubes and openings.
"Circulatory and Respiratory Systems" on FOSSweb
"The Human Respiratory System" Text pages 54-55
"The Human Respiratory System" Reading Frame
Each group needs:
Black Sharpie
Tape
Teacher Master 10 for Bag Marking
Mouthpieces (Enough for each student)
Rubberbands (Enough for each student)
Data Log Sheet/Questions (Enough for each student)
Vocabulary: respiratory system, diaphragm, alveoli, vital capacity
Watch Chapter 3 of "Circulatory and Respiratory Systems" on FOSSweb. (2 Minutes)
Read and fill out the reading frame for "The Human Respiratory System" on pages 54-55.
Lung Volume Activity: The students will participate in an experiment to measure their vital capacity of air they exhale on one breath.
Students will perform the experiment 3 times and calculate his/her own average. All students will log their information on the Data Sheet and answer the questions.
I will set up a class graph called "Average Volume of Lungs" on the white board. Students will add their names to it according to where they fell. (MATH practice on calculating averages!)
Reflect/Discuss Activity findings.
I can... successfully complete the Scoot Review game to review for Investigation 3.
I can... attentively view the Bill Nye video and successfully answer the questions.
Student notebooks
Scoot station questions placed around the classroom
Safari Montage for Bill Nye video
copy of Bill Nye quiz for each student
Students will review for Investigation 3 Test by playing Scoot Review game at 20 question stations.
Students will watch Bill Nye video on Blood and Circulation.
Take quiz that accompanies the video to check for understanding.
I can... successfully complete the Investigation 3 test.
Investigation 3 Test
Quick 5-10 minute final review.
Students will take the Investigation 3 test.
I can... understand why people breathe.
I can... understand the parts of the respiratory system and what the function of this system is.
I can... understand that our lungs are the most important part we use for breathing and are connected to the environment by a system of tubes and openings.
"Circulatory and Respiratory Systems" on FOSSweb
"The Human Respiratory System" Text pages 54-55
"The Human Respiratory System" Reading Frame
Each group needs:
Black Sharpie
Tape
Teacher Master 10 for Bag Marking
Mouthpieces (Enough for each student)
Rubberbands (Enough for each student)
Data Log Sheet/Questions (Enough for each student)
Vocabulary: respiratory system, diaphragm, alveoli, vital capacity
Watch Chapter 3 of "Circulatory and Respiratory Systems" on FOSSweb. (2 Minutes)
Read and fill out the reading frame for "The Human Respiratory System" on pages 54-55.
Lung Volume Activity: The students will participate in an experiment to measure their vital capacity of air they exhale on one breath.
Students will perform the experiment 3 times and calculate his/her own average. All students will log their information on the Data Sheet and answer the questions.
I will set up a class graph called "Average Volume of Lungs" on the white board. Students will add their names to it according to where they fell. (MATH practice on calculating averages!)
Reflect/Discuss Activity findings.
I can... watch "The Brain and the Nervous System" on FOSSweb in order to gain some insight into the next unit.
Chapters include...
The Nervous System: Cellular Information
Sensory, Mortor, and Associative Neurons
Parts of the Brain: Cerebrum and Cerebellum
I can... read/listen to "Stimulus and Response" in the Living Systems Textbook on pages 58-61.
"The Brain and the Nervous System" FOSS web video (Chapters 1-4: 10.5 minutes)
"Stimulus and Response" Text
The students will watch "The Brain and the Nervous System" as an introductory video to show what they are about to learn.
Students will being to read, or listen to, "Stimulus and Response" while answering appropriately to questions related to the material.
I can... read/listen to "Stimulus and Response" in the Living Systems Textbook on pages 58-61.
I can... perform a reaction time experiment with a partner according to the set of directions provided.
"Stimulus and Response" Text
Reaction Time Experiment Materials:
Record Keeping Chart Online
Ruler
Students will continue to read, or listen to, "Stimulus and Response" while answering appropriately to questions related to the material.
Students will be given directions in order to perform an experiment to demonstrate how our vision is connected to our reaction time.
We will compare and discuss our quick/slow reaction times!
I can... read/listen to "Sensory Systems" in the Living Systems Textbook on pages 62-64.
I can...provide 5 facts from the "The Magic School Bus Strikes Again: Ralphie Strikes a Nerve" Video.
"Sensory Systems" Text
"The Magic School Bus Strikes Again: Ralphie Strikes a Nerve" Video
Students will read, or listen to, "Sensory Systems" while answering appropriately to questions related to the material.
Students will watch "The Magic School Bus Strikes Again: Ralphie Strikes a Nerve" Video and write down 5 facts that they learn.
I can... read pages 65-69 "Animal Communication" and respond appropriately to the reading frame questions.
eBook on FossWeb or PDF of pages on Google Classroom
Reading Frame
Students will complete the reading from by responding appropriately to the questions regarding Animal Communication.
I can... research about an animal and identify characteristics and adaptations it possesses.
I can... look at an example of projects from last year to get a better idea of the expectations of the project and what they will look like.
I can.... review the project rubric to fully understand the expectations of the project and what to research.
Example of last year's project on the Drive.
Project rubric
Feature Creature pages.
Notebooks and a pencil to take notes or keep notes on a Google Doc.
Chromebook for each student.
Students will learn how animals communicate through senses and make connections to how humans communicate. This will be a segway reading into our research project.
Students will be introduced to the "Feature Creature" project.
View examples from last year and receive a rubric they will follow.
Assign partners for the project beforehand
Students will agree upon an animal to research.
Begin research using their rubrics as a guide.
I can... Continue research on our chosen Feature Creature with a partner and follow the rubric to include all pertinent information required for the project.
I can... Transfer notes to the large poster paper and add an illustration and details along with color to make the poster eye catching
Large 11X17 pieces of paper
Rubric
Colored Pencils
Notes
Chromebooks for notes/research
Students will be shown project examples again from last year to be reminded of what their finished projects should look like
Review the project rubrics and remind the students of the required information
Students will work with their partners on the Feature Creature pages
I can... Continue research on our chosen Feature Creature with a partner and follow the rubric to include all pertinent information required for the project.
I can... Transfer notes to the large poster paper and add an illustration and details along with color to make the poster eye catching
Large 11X17 pieces of paper
Rubric
Colored Pencils
Notes
Chromebooks for notes/research
Students will be shown project examples again from last year to be reminded of what their finished projects should look like
Review the project rubrics and remind the students of the required information
Students will work with their partners on the Feature Creature pages
I can... Continue research on our chosen Feature Creature with a partner and follow the rubric to include all pertinent information required for the project.
I can... Transfer notes to the large poster paper and add an illustration and details along with color to make the poster eye catching
Large 11X17 pieces of paper
Rubric
Colored Pencils
Notes
Chromebooks for notes/research
Students will be shown project examples again from last year to be reminded of what their finished projects should look like
Review the project rubrics and remind the students of the required information
Students will work with their partners on the Feature Creature pages
I can... Complete the Feature Creature projects.
I can... Present the projects to the rest of the class sharing details about the animal
I can... Quietly and respectfully listen to other students' presentations
Feature Creature pages
Tape to put pages together
Chromebooks
Colored Pencils
Animal information/notes
Students will have the first 15-20 minutes of class to complete and proofread their projects using the rubrics used for assessment.
Share projects with rest of the class
I can... Complete the Feature Creature projects.
I can... Present the projects to the rest of the class sharing details about the animal
I can... Quietly and respectfully listen to other students' presentations
Feature Creature pages
Tape to put pages together
Chromebooks
Colored Pencils
Animal information/notes
Students will have the first 15-20 minutes of class to complete and proofread their projects using the rubrics used for assessment.
Share projects with rest of the class
I can... understand the properties attributed to each of the 3 states of matter (solid, liquid, gas) .
dissolve, solvent, transparent, matter, mass, mixture, gas, solid, liquid, solute, solution
Mixtures and Solutions Text
Mixtures and Solutions Reading Frame Pages 3-7
Vocabulary Word Wall Cards
Solid, Liquid, Gas Graphic Organizer
Students will read pages 3-7 about mixtures and solutions while completing the reading frame and responding appropriately to prompted questions.
Students will complete a graphic organizer while participating in a class discussion in order to organize the information given within the text. This will focus on the properties within each of the 3 states of matter.
I can... understand the properties attributed to each of the 3 states of matter (solid, liquid, gas).
dissolve, solvent, transparent, matter, mass, mixture, gas, solid, liquid, solute, solution
Mixtures and Solutions Text
Mixtures and Solutions Reading Frame Pages 3-7
Vocabulary Word Wall Cards
Solid, Liquid, Gas Graphic Organizer
Students will read pages 3-7 about mixtures and solutions while completing the reading frame and responding appropriately to prompted questions.
Students will complete a graphic organizer while participating in a class discussion in order to organize the information given within the text. This will focus on the properties within each of the 3 states of matter.
I can... understand what properties are used in order to separate a mixture.
physical properties, particle, diatomaceous earth, magnetism, density, evaporation, conserved
Mixtures and Solutions Text
Mixtures and Solutions Reading Frame Pages 8-12
Vocabulary Word Wall Cards
FOSS Video: Chapters 4,5,6 from the Elements, Compounds, and Mixtures (10 Minutes)
FOSS Online student activities
Students will view "Elements, Compounds,a nd Mixtures from the FOSS online web program. Discussion of content will follow completetion and be used as an introduction for the reading of the day.
Students will read pages 8-12 about mixtures and solutions while completing the reading frame and responding appropriately to prompted questions.
Students will participate in online activities:
"Tutorial: 1.1 Mixtures" (Review and practice how to separate a mixture with different properties.)
"Tutorial: 1.2 Solutions" (Determining if different mixtures make a solution.)
"Tutorial: 1ext Mixtures and Solutions" (Students are given 2 challenges and create a sequence of steps to separate the mixtures.)
"Virtual Investigation: Separating Mixtures" (Separating materials scooped from the sandy seashore with the appropriate tools.)
I can... demonstrate and participate in an experiment to model how a mixture can be separated.
physical properties, particle, diatomaceous earth, magnetism, density, evaporation, conserved
Mixtures and Solutions Text
Mixtures and Solutions Reading Frame Pages 8-12
Vocabulary Word Wall Cards
FOSS Video: Chapters 4,5,6 from the Elements, Compounds, and Mixtures (10 Minutes)
FOSS Online student activities
Students will view "Elements, Compounds,a nd Mixtures from the FOSS online web program. Discussion of content will follow completetion and be used as an introduction for the reading of the day.
Students will read pages 8-12 about mixtures and solutions while completing the reading frame and responding appropriately to prompted questions.
Students will participate in online activities:
"Tutorial: 1.1 Mixtures" (Review and practice how to separate a mixture with different properties.)
"Tutorial: 1.2 Solutions" (Determining if different mixtures make a solution.)
"Tutorial: 1ext Mixtures and Solutions" (Students are given 2 challenges and create a sequence of steps to separate the mixtures.)
"Virtual Investigation: Separating Mixtures" (Separating materials scooped from the sandy seashore with the appropriate tools.)
I can... understand what properties are used in order to separate a mixture.
solution, solvent, solute, dissolve, transparent, separate, mixture, properties
Mixtures and Separations Instructions & Observation Sheet
6 cups for each group
50 mL Syringe
Craft Sticks
Water Container
Diatomaceous earth
salt
gravel
water
Screen
Funnel
Filter Paper
In the first part, the students will take part in an experiment to model creating solutions and mixtures. The second portion of this experiment will deomonstrate how these are able to be separated by various properties. They will follow directions accordingly and document their investigations on a graphic organizer.
Mixtures & Solutions Sorting Activity: The students will be given 18 different scenarios, definitions, and examples of a mixture or a solution. They will cut them out and paste them under the correct heading (Mixtures / Solutions).
I can... understand what properties are used in order to separate a mixture.
solution, solvent, solute, dissolve, transparent, separate, mixture, properties
Mixtures and Separations Instructions & Observation Sheet
6 cups for each group
50 mL Syringe
Craft Sticks
Water Container
Diatomaceous earth
salt
gravel
water
Screen
Funnel
Filter Paper
In the first part, the students will take part in an experiment to model creating solutions and mixtures. The second portion of this experiment will deomonstrate how these are able to be separated by various properties. They will follow directions accordingly and document their investigations on a graphic organizer.
Mixtures & Solutions Sorting Activity: The students will be given 18 different scenarios, definitions, and examples of a mixture or a solution. They will cut them out and paste them under the correct heading (Mixtures / Solutions).
I can... identify which state of matter category particular items belong to and how they can change from one form to another.
Solid, Liquid, Gas, Matter
Bill Nye Video Link: Phases of Matter
Bill Nye Video Quiz
Smartboard Review Activity
Color By Number States of Matter Activity Sheet
The students will watch "Phases of Matter" and participate in a discussion after. They will demonstrate understanding by completing a quiz.
Smartboard Activity: Students will take turns moving items on the Smartboard into the correct category: solid, liquid, gas.
The students will complete a States of Matter color by number activity sheet. When the student identifys if the item is a solid, liquid, or gas, he/she will be given a color for that numbered shape to be colored on a separate page.
I can... identify which state of matter category particular items belong to and how they can change from one form to another.
Solid, Liquid, Gas, Matter
Bill Nye Video Link: Phases of Matter
Bill Nye Video Quiz
Smartboard Review Activity
Color By Number States of Matter Activity Sheet
The students will watch "Phases of Matter" and participate in a discussion after. They will demonstrate understanding by completing a quiz.
Smartboard Activity: Students will take turns moving items on the Smartboard into the correct category: solid, liquid, gas.
The students will complete a States of Matter color by number activity sheet. When the student identifys if the item is a solid, liquid, or gas, he/she will be given a color for that numbered shape to be colored on a separate page.
I can... construct, analyze, and revise my model of "The Black Box Challenge".
model, construct, analyze, revise, consensus
Black Boxes (Pre-Made)
Empty Black Boxes
Foam Pieces
Marbles
A,B,C,D Half Sheets
The students will be given a partner and a half sheet with the letter A, B, C or D on it. this will identify which box they will be analyzing.
The students will be given rules for the activity. The challenge is to figure out what is inside the box as well as what the box's setup looks like inside WITHOUT opening it.
Students will draw/design the inside of the boxon the half sheet of paper. These designs will be collected and then displayed on the board once all of them have been turned in. We will discuss why they are scientific models.
All the students that had letter A will become a group, B will become a group, C will become a group , and D will become a group. Each group's goal is to work togeter to come up with a model for their box... one on which they can all agree (concensus).
Students will be encouraged to test their ideas, argue appropriately with explanations, hold discussions, report observations, analyze, revise, and use evidence development.
A reporter for each group will draw/design the concensus model.
Students will construct this model design back with their partners and compare/contrast it with the original "upnopened" box.
Discussion: How did it work,? Did it sound the same in both boxes? Wwould you change anything in the design (revise)? Agree or disagree with the model?
Show the students the true design to each A,B,C,D box.
Wrap up: This is what scientists do! They create models for things that cannot be observed directly. Things that are very big (like the solar system) or things that are very small (like particles) or things that are impossible to see into (like black boxes).
I can... construct, analyze, and revise my model of "The Black Box Challenge".
model, construct, analyze, revise, consensus
Black Boxes (Pre-Made)
Empty Black Boxes
Foam Pieces
Marbles
A,B,C, D Half Sheets
The students will be given a partner and a half sheet with the letter A, B, C or D on it. this will identify which box they will be analyzing.
The students will be given rules for the activity. The challenge is to figure out what is inside the box as well as what the box's setup looks like inside WITHOUT opening it.
Students will draw/design the inside of the box on the half sheet of paper. These designs will be collected and then displayed on the board once all of them have been turned in. We will discuss why they are scientific models.
All the students that had letter A will become a group, B will become a group, C will become a group , and D will become a group. Each group's goal is to work together to come up with a model for their box... one on which they can all agree (consensus).
Students will be encouraged to test their ideas, argue appropriately with explanations, hold discussions, report observations, analyze, revise, and use evidence development.
A reporter for each group will draw/design the consensus model.
Students will construct this model design back with their partners and compare/contrast it with the original "unopened" box.
Discussion: How did it work,? Did it sound the same in both boxes? Would you change anything in the design (revise)? Agree or disagree with the model?
Show the students the true design to each A,B,C,D box.
Wrap up: This is what scientists do! They create models for things that cannot be observed directly. Things that are very big (like the solar system) or things that are very small (like particles) or things that are impossible to see into (like black boxes).
"Black Box" FOSS online activity: Determine the shape that is hidden within the grid by probing the grid with a laser. Activity level increases difficulty with each successful shape identified.
I can... understand what an oceanographer's job is and how they collect data from the oceans.
oceanographer: Ocean & Graph (Greek meaning "write"), current
Bill Nye Video: Oceanography (20 Minutes)
Bill Nye Quiz sheet to use and respond to during video
Mixtures and Solutions Textbook Pages 18-20
"Beachcombing Science" Pages 18-20 Reading Frame
The students will watch the Oceanography video while completing the quiz sheet in order to focus on the concepts presented.
The students will read and complete the reading frame from "Beachcombing Science" on pages 18-20.
Students can research oceanographers online to see what real life situation they focus on, record information about, and/or areas they have discovered various things.
If time, students can share with the class their findings.