2. WHAT IS DIFFERENTIATED INSTRUCTION?
“DIFFERENTIATION MEANS TAILORING INSTRUCTION TO MEET
INDIVIDUAL NEEDS” (TOMLINSON, 2015)
3. DIFFERENTIATED INSTRUCTION IN SCIENCE
•STUDENTS CAN….
• EXPLORE AND EXPAND RESEARCH ON TOPICS OF INTEREST
• THIS CREATES GREATER ENGAGEMENT FOR THE STUDENT
•TEACHERS CAN….
• TEACHERS ARE ABLE TO GIVE STUDENTS THE INDIVIDUAL OR SMALL GROUP
INSTRUCTION THAT IS NEEDED
• TEACHERS CAN WORK WITH STUDENTS ON MORE COMPLICATED EXPERIMENTS
AND HELP STUDENTS FULLY UNDERSTAND A CONCEPT
4. DIFFERENTIATED INSTRUCTION IN MATH
STUDENTS WITHIN THE MATH CLASSROOM CAN BE AT VERY DIFFERENT LEVELS WITH THEIR
MATHEMATICAL SKILLS:
• STUDENTS CAN…..
• WORK ON THE SKILLS NEEDED TO “CATCH UP” TO THE REST OF THE CLASS
• EXPLORE MATH CONCEPTS IN GREATER DEPTH AND LEARN TO APPLY THOSE
SKILLS TO EVERYDAY SITUATIONS
• TEACHERS CAN…..
• SPEND A GREATER AMOUNT OF TIME WORKING WITH STUDENTS TO
• DEVELOP MATH SKILLS THAT MAY BE LACKING
• WORK TO CHALLENGE STUDENTS WITH A GREATER ABILITY IN MATH.
7. SELF CONTAINED CENTERS
EACH CENTER SHOULD BE WELL EQUIPPED
WITH THE NECESSARY RESOURCES AND
TOOLS REQUIRED FOR THE INTENDED TOPIC
TO BE LEARNED.
(KJimenez70, 2012)
8. CENTERS USED FOR ASSESSING PRIOR
KNOWLEDGE
STUDENTS CAN TAKE WHAT THEY HAVE LEARNED IN PREVIOUS LESSONS AND
DO HANDS ON ACTIVITIES WITH A GROUP OF THEIR PEERS.
•SCIENCE LEARNING CENTERS CAN INCORPORATE
ANIMAL DISSECTIONS
•MATH LEARNING CENTERS CAN BE CENTERS THAT USE
MANIPULATIVES TO GIVE A BETTER UNDERSTANDING OF
A CONCEPT.
9. ADDRESSING DIFFERENT LEARNING STYLES
EACH STATION CAN BE TAILORED TO A PARTICULAR GROUP OF STUDENTS
SPECIAL NEEDS STUDENTS MAY NOT BENEFIT FROM THIS TYPE OF LEARNING
• THIS MAY BE DEPENDED ON THEIR ABILITY TO WORK IN GROUPS AS WELL AS
THEIR ABILITY TO USE THE SAME MATERIAL IN THE LEARNING CENTER.
• ADHD STUDENTS MAY ALSO BECOME A DISTRACTION TO OTHER STUDENTS IN
THEIR LEARNING GROUP.
RESOURCES MAY BE LIMITED IN THE CLASSROOM TO SUPPORT ALL DIFFERENT TYPES OF LEARNING STYLES,
SEEK ADVICE AND RESOURCES FROM THE SPECIAL EDUCATION TEACHER AS WELL AS OTHER TEACHERS.
10. ROLES AND RESPONSIBILITIES
•ROLES AND RESPONSIBILITIES SHOULD BE GIVEN OUT OR MODELED BEFOREHAND.
•INSTRUCTIONS SHOULD ALSO BE POSTED OR MODELED AT THE BEGINNING OF THE
LESSON.
•ACCORDING TO FREDRICK (2005) THE TEACHER SHOULD WALK AROUND TO ENSURE
STUDENTS ARE ON TASK, USING THEIR TIME WISELY, AND WORKING WELLWITHIN
THEIR GROUP.
12. ASSESSMENT BASED
•STUDENTS SHOULD BE ASSESSED IN THE CLASSROOM BY THE TEACHER.
•STUDENTS ARE THEN PUT INTO TEMPORARY GROUPS TO HELP THEM FOR EITHER
A SINGLE LESSON/OBJECTIVE, SET OF SKILLS, OR UNIT OF STUDY.
•ACCORDING TO CENTER FOR COMPREHENSIVE SCHOOL REFORM AND
IMPROVEMENT (2009) THESE GROUPS CAN BE USED FOR AN HOUR, A DAY, A
WEEK, OR LONGER DEPENDING ON THE PURPOSE OF THE GROUPING. THESE
GROUPS CAN ALSO BE USED AS PEER TUTORING OR SUPPORT GROUPS. THEY
CAN BE FORMED BY SKILL LEVEL OR BY USING THE GROUPS TO RETEACH A TOPIC.
13. FLEXIBLE GROUPING IN MATH
•MATH GROUPS CAN BE CREATED TO HELP, FOR EXAMPLE, WITH MATH FACTS.
•THE TEACHER CAN GROUP STUDENTS WHO HAVE MASTERED THE CONTENT WITH
STUDENTS WHO NEED MORE PRACTICE.
•STUDENTS WHO ARE THE “TEACHERS” ARE GETTING A DEEPER UNDERSTANDING OF
THE CONTENT THEY HAVE ALREADY LEARNED
•STUDENTS WHO ARE LEARNING GET TO HEAR THE CONTENT TAUGHT AGAIN BY
SOMEONE OTHER THAN THEIR TEACHER AND MAY UNDERSTAND IT BETTER COMING
FROM THEIR PEERS.
14. INDIVIDUAL ATTENTION
AND POSSIBLE ISSUES
•THE TEACHER CAN USE THIS GROUP TIME TO WORK WITH INDIVIDUAL STUDENTS WHO
NEED MORE HELP
•THE TEACHER CAN WORK WITH GROUPS OF STUDENTS WHO MAY NEED THE EXTRA
PRACTICE.
•AN INSTRUCTIONAL GAP THAT IS TOO LARGE BETWEEN STUDENTS IN A GROUP MAY
BECOME AN ISSUE. THIS ISSUE CAN LEAD TO FRUSTRATED STUDENTS.
16. TECHNOLOGY IN MATH INSTRUCTION
THERE ARE MULTIPLE COMPUTER-BASED SOLUTIONS AVAILABLE TODAY TO
DIFFERENTIATE INSTRUCTION DOWN TO THE INDIVIDUAL LEVEL.
IN THE VIDEO, DIFFERENTIATING IN MATH USING COMPUTER GAMES, FOUND ON
TEACHINGCHANNEL.ORG, 2ND GRADE MATH TEACHER ROBERT PRONOVOST EXPLAINS
HOW HE USES COMPUTER BASED SOLUTIONS TO DIFFERENTIATE MATH INSTRUCTION:
HTTPS://WWW.TEACHINGCHANNEL.ORG/VIDEOS/DIFFERENTIATING-IN-MATH
17. TECHNOLOGY RESOURCES FOR MATH
•PLANET TURTLE - K-5 MATH WEBSITE THAT USES GAME PLAY FOR INTEGRATED
MATH INSTRUCTION
•DREAMBOX - PRE-K-12 MATH WEBSITE DESIGNED FOR INTELLIGENT ADAPTIVE
LEARNING (IAL)
•COMPASS LEARNING - ADAPTS TO STUDENT PERFORMANCE
•KHAN ACADEMY - IS A FREE ONLINE WEB-BASED TOOL THAT ALLOWS PARENTS
AND TEACHER TO COACH STUDENTS AS THEY LEARN AT THEIR OWN PACE.
18. TECHNOLOGY RESOURCES FOR
SCIENCE
• FEWER RESOURCES AVAILABLE
• SCIENCE TEXTBOOKS, LIKE SCIENCE FUSION OFFER WEB LINKS TO VIDEOS
AND EXTERNAL SCIENCE RELATED WEBSITES.
• KHAN ACADEMY OFFERS CONTENT IN THE FOLLOWING AREAS:
PHYSICS, CHEMISTRY, ORGANIC CHEMISTRY, BIOLOGY,
HEALTH & MEDICINE AND ELECTRICAL ENGINEERING
19. POSSIBLE INSTRUCTIONAL ISSUES
WITH TECHNOLOGY
•INTERNET FAILURE: WEB-BASED RESOURCES WILL NOT WORK IF THE INTERNET
CONNECTION AT SCHOOL FAILS.
•BATTERY FAILURE: WHEN USING RECHARGEABLE DEVICES BE SURE ALL
STUDENT DEVICES ARE SUFFICIENTLY CHARGED.
•HARDWARE FAILURE: AS WITH ALL TECHNOLOGY, THERE IS ALWAYS A RISK OF
HARDWARE FAILURE. HEADPHONES, MICE OR KEYBOARDS COULD SUDDENLY
FAIL AFTER INTENSE STUDENT USE AND ABUSE.
21. TIERED INSTRUCTION FOR THE
SCIENCE CLASSROOM
•LESSONS CAN BE TIERED EITHER BY:
•STUDENT READINESS
•STYLE OF LEARNING
•STUDENT INTEREST OF THE TOPIC
•GROUPS ARE CHOSEN BY THE TEACHER
22. TIERED INSTRUCTION BY
STUDENT READINESS
WHEN TIERING INSTRUCTION BY STUDENT READINESS STUDENTS
•ARE GROUPED ACCORDING TO ABILITY AND KNOWLEDGE OF THE SUBJECT.
•EXAMPLE: MAGNETISM
• TIER 1 - EXAMINES WHICH ITEMS ARE ATTRACTED BY THE MAGNET
• TIER 2 - DETERMINES IF THE SIZE OF THE MAGNET MATTERS
23. TIERED INSTRUCTION BY
STYLE OF LEARNING
WHEN TIERING INSTRUCTION BY LEARNING STYLE, STUDENTS
• ARE GROUPED ACCORDING TO HOW THEY LEARN BEST. ONE GROUP MAY BE
STUDENTS WHO ARE PRIMARILY AUDITORY LEARNERS, ANOTHER VISUAL, AND
A THIRD GROUP KINESTHETIC.
• FOCUS ON THE 2 OR 3 MOST PREDOMINANT LEARNING STYLES DON’T TRY TO
DIFFERENTIATE TO ALL 8 MULTIPLE INTELLIGENCES AT ONCE. (CAMPBELL,
1997)
• MULTIPLE INTELLIGENCE MENU
24. MULTIPLE INTELLIGENCE MENUSMultiple Intelligences Menus
Linguistic Menu
Use storytelling to explain ___
Conduct a debate on ___
Write a poem, myth, legend, short play, or news article about ___
Create a talk show radio program about ___
Conduct an interview of __ on __
Musical Menu
Give a presentation with appropriate musical accompaniment on ___
Sing a rap or song that explains ___
Indicate the rhythmical patterns in ___
Explain how the music of a song is similar to ___
Make an instrument and use it to demonstrate ___
Logical-Mathematical Menu
Translate a ___ into a mathematical formula
Design and conduct an experiment on ___
Make up syllogisms to demonstrate ___
Make up analogies to explain ___
Describe the patterns or symmetry in ___
Others of your choice ___
Interpersonal Menu
Conduct a meeting to address ___
Intentionally use ___ social skills to learn about ___
Participate in a service project to ___
Teach someone about ___
Practice giving and receiving feedback on ___
Use technology to ___
Bodily-Kinesthetic Menu
Create a movement or sequence of movements to explain ___
Make task or puzzle cards for ___
Build or construct a ___
Plan and attend a field trip that will ___
Bring hands-on materials to demonstrate ___
Intrapersonal Menu
Describe qualities you possess that will help you successfully complete ___
Set and pursue a goal to ___
Describe one of your personal values about ___
Write a journal entry on ___
Assess your own work in ___
Visual Menu
Chart, map, cluster, or graph ___
Create a slide show, videotape, or photo album of ___
Create a piece of art that demonstrates ___
Invent a board or card game to demonstrate ___
Illustrate, draw, paint, sketch, or sculpt ___
Naturalist Menu
Create observation notebooks of ___
Describe changes in the local or global environment ___
Care for pets, wildlife, gardens, or parks___
Use binoculars, telescopes, microscopes, or magnifiers to ___
Draw or photograph natural objects ___
(Picture: “Multiple Intelligence Menus”, Campbell, 1997)
25. TIERED INSTRUCTION BY
STUDENT INTEREST ON A TOPIC
• FOR THIS TYPE OF GROUPING TO WORK THE TEACHER MUST PRE-ASSESS THE
STUDENTS TO KNOW WHERE THEIR INTERESTS LIE.
• THIS WORKS BEST FOR SCIENCE TOPICS THAT HAVE MULTIPLE VARIATIONS.
• FOR EXAMPLE IF THE CLASS IS STUDYING ANIMAL ADAPTATIONS, THE
TEACHER COULD ASK IN A PRE-ASSESSMENT WHETHER STUDENTS ARE
MORE INTERESTED IN MAMMALS, REPTILES, AMPHIBIANS, INSECTS,
INVERTEBRATES OR EVEN DINOSAURS.
• ONCE PREFERENCES ARE DETERMINED, STUDENTS ALL CREATE THE SAME
PRODUCT OR RESEARCH THE SAME TYPE INFORMATION EACH ON THEIR
OWN GROUP’S TOPIC OF INTEREST.
29. TEACHING WITH TECHNOLOGY
WWW.PLANETTURTLE.COM
STUDENTS WILL USE PLANET TURTLE WEBSITE TO PRACTICE MATHEMATICS
• STUDENTS CAN COMPLETE LEARNING CHALLENGES
• PRACTICE MATHEMATICAL SKILLS
• TEACHERS CAN CUSTOMIZE STUDENTS LEARNING PATH
• PARALLEL WITH STANDARDS
• HIGHLY ENGAGES STUDENTS WITH FUN INTERACTIVE GAMES
(Planet Turtle Homepage Header, n.d.)
31. ASSESSMENT OF LESSON
STUDENTS WILL COMPLETE ASSESSMENT
QUIZ ON ADDITION AND SUBTRACTION
GEORGIA STATE STANDARD MATH:
MGSE1.OA.1. USING ADDITION AND
SUBTRACTION WITHIN 20 TO SOLVE
PROBLEMS.
(Turtle Addition Worksheet. n.d)
32. CONCLUSION
TEACHERS SHOULD ALWAYS REMEMBER THE DIFFERENTIATED
INSTRUCTION IS AN ONGOING PROCESS. STUDENTS SHOULD BE
REGULARLY ASSESSED TO DETERMINED IF THEIR EDUCATION NEEDS
ARE BEST BEING ACHIEVED THROUGH THE TYPE OF INSTRUCTION THEY
ARE RECEIVING. IF NOT THE TEACHER SHOULD REWORK OR REGROUP
THE STUDENT SO THAT THEIR EDUCATIONAL NEEDS ARE BEING MEET.
THIS TYPE OF INSTRUCTION IS A TEAM EFFORT, WHEN THE TEAM WORKS
TOGETHER THE STUDENT IS CAPABLE OF ACHIEVING ANY GOAL.
33. RESOURCES
ADAMS, C. M., & PIERCE, R. L. (2003). TEACHING BY TIERING. SCIENCE AND CHILDREN, 41(3), 30-34.
RETRIEVED FROM
HTTP://SEARCH.PROQUEST.COM/DOCVIEW/236892597?ACCOUNTID=458
A LOOK AT DIFFERENTIATING INSTRUCTION. (2009, FEBRUARY). THE CENTER FOR
COMPREHENSIVE SCHOOL REFORM AND IMPROVEMENT. RETRIEVED FROM
HTTP://FILES.ERIC.ED.GOV/FULLTEXT/ED506362.PDF
CAMPBELL, L. (1997, SEPTEMBER). VARIATIONS ON A THEME—HOW TEACHERS INTERPRET MI
THEORY. EDUCATIONAL LEADERSHIP, 55(1), 14-19.
RETRIEVED FROM HTTP://WWW.ASCD.ORG/PUBLICATIONS/EDUCATIONAL-
LEADERSHIP/SEPT97/VOL55/NUM01/VARIATIONS-ON-A-THEME%E2%80%94HOW-
TEACHERS-INTERPRET-MI-THEORY.ASPX
DIFFERENTIATION FOR SCIENCE. (N.D.). RETRIEVED FROM
HTTP://WWW.BISD.US/SPECIALSERVICES/SPECIAL%20SERVICES/RTI/SCIENCE/SCIENCE%
20DIFFERENTIATION%20BRIEF.PDF
34. DIFFERENTIATED INSTRUCTION FOR MATH. (N.D.). RETRIEVED FROM
HTTP://165.139.150.129/INTERVENTION/DIFFERENTIATED%20INSTRUCTION%20FOR%20MATH
.PDF
DREAMBOX LEARNING. (2016). INTELLIGENT ADAPTIVE LEARNING: AN ESSENTIAL ELEMENT OF 21ST
CENTURY TEACHING AND LEARNING. RETRIEVED FROM
HTTP://WWW.DREAMBOX.COM/WHITE-PAPERS/INTELLIGENT-ADAPTIVE-LEARNING-AN-
ESSENTIAL-ELEMENT-OF-21ST-CENTURY-TEACHING-AND-LEARNING
EDUTOPIA (N.D.). DIFFERENTIATING IN MATH USING COMPUTER GAMES [VIDEO FILE]. RETRIEVED
FROM TEACHINGCHANNEL.ORG WEBSITE:
HTTPS://WWW.TEACHINGCHANNEL.ORG/VIDEOS/DIFFERENTIATING-IN-MATH FREDERICK,
AD. (2005). LEARNING CENTERS. RETRIEVED FROM HTTP://WWW.TEACHERVISION.FEN.COM
FREDERICK, AD. (2005). LEARNING CENTERS. RETRIEVED FROM
HTTP://WWW.TEACHERVISION.FEN.COM
RESOURCES CONTINUED
35. GEORGIA PERFORMANCE STANDARDS. (2015). RETRIEVED FROM
HTTPS://WWW.GEORGIASTANDARDS.ORG/STANDARDS/PAGES/BROWSESTANDARDS/BROWSEGP
S.ASPX
INTELLIGENT ADAPTIVE LEARNING: AN ESSENTIAL ELEMENT OF 21ST CENTURY TEACHING AND
LEARNING. (2016). RETRIEVED FROM HTTP://WWW.DREAMBOX.COM/WHITE-
PAPERS/INTELLIGENT-ADAPTIVE-LEARNING-AN-ESSENTIAL-ELEMENT-OF-21ST-CENTURY-
TEACHING-AND-LEARNING
KJIMENEZ70. (2012) WRITING CENTER (PHOTOGRAPH) RETRIEVED FROM
HTTPS://KJIMENEZ70.WIKISPACES.COM/ORGANIZATION
MC GRAW HILL. (N.D). [PLANET TURTLE HOMEPAGE HEADER]. RETRIEVED FROM
HTTP://MHECDI.COM/PT_ABOUT.HTML
MYSUNWILLSHINE. (N.D). [TURTLE ADDITION WORKSHEET]. RETRIEVED FROM
HTTP://HTTPS://WWW.PINTEREST.COM/PIN/319896379764012637/
PLANET TURTLE. (N.D.). RETRIEVED FROM HTTPS://WWW.PLANETTURTLE.COM/G_LOGIN.HTML
TOMLINSON, C. A. (2015). WHAT IS DIFFERENTIATED INSTRUCTION?. RETRIEVED FROM
HTTP://WWW.READINGROCKETS.ORG/ARTICLE/WHAT-DIFFERENTIATED-INSTRUCTION
RESOURCES CONTINUED
Notes de l'éditeur
Planet Turtle – is a K-5 math website that uses game play for integrated math instruction. It is designed by McGraw Hill and works in conjunction with their Math curriculum. Teachers are able to designate what topic students are to be practicing, but the choice of game is up to the student. Planet turtle also offers individual and whole class analytics so teachers can monitor student progress.
Dreambox- is a pre-k -12 math website designed for Intelligent Adaptive Learning (IAL). According to DreamBox Learning (2016), “The Intelligent Adaptive Learning Systems of Dreambox are Designed to serve as a personal tutor to the student, adapt the sequencing of the curriculum and associated learning experiences, individualize the pace of learning, regulate cognitive load for the student, and engage students in learning through gaming”
Compass Learning: Compass Learning adapts to student performance. Teachers can assign tasks then the program adapts to student performance giving the students more practice in areas where they are struggling and moving students on to more complex topics upon mastery.
Khan Academy: is a free online web-based tool that allows parents and teachers to coach students as they learn at their own pace. There are practice exercises, and instructional videos to help both struggling students and those who are ready to dig deeper into a subject or move beyond what their class is studying. Coaches can monitor student progress, and suggest new topics or practice activities to help students achieve mastery.
* Technology Resources for Science
Fewer resources available: Not as many resources available as math, but there are resources available. Some science textbooks are now offering links to web-based content, videos and external science related websites, but there are not as many intelligent adaptive learning options for science as there are for math.
Khan Academy: is one web-based tool that does allow students to learn at their own pace in several areas of scientific study including: Physics, Chemistry, Organic Chemistry, Biology, Health & Education and Electrical Engineering. Practice exercises, and instructional videos help both struggling students and those who are ready to dig deeper into a subject or move beyond what their class is studying. Many of these subjects are aimed at High School or College level students, but for high achieving middle school students they may provide a much needed challenge. As with math, coaches can monitor student progress, and suggest new topics or practice activities to help students achieve mastery.
While it is possible to use Technology Resources to differentiate lessons for Science, it is not as easy or fluid as it is for math. Current technology resources available are better suited for research and guided instruction than individualized differentiation of an elementary lesson.
In Tiered instruction, students work in teacher chosen groups for a particular lesson. Experts encourage teachers to only work with 2-4 tiers at a time because trying to monitor 8 or more different types of groups in the room is too difficult. Instead, try having 2-3 groups of one type and 2-3 groups of another.
Teachers choose groups based on the method of tiering being used for the lesson.
This type of instruction works especially well for science experiments where a teacher can break up parts of the investigation and assign those parts to different groups.
READINESS: When tiering by readiness, students are placed in groups according to their ability in the subject. In a 2003 report in Science and Children, Adams & Pierce give an example of a lesson on Magnetism that is tiered by Readiness. Group A is given 10-12 objects and examines which items are attracted by the magnet. Group B is given different size magnets and is tasked with determining if the size of the magnet matters. In this example the more capable students are placed in Group B which is assigned a more intricate task.
Lessons like the Magnetism example given above, that only lend themselves to 2 tiers may need multiple groups of each tier.
Rather than dividing a class of 24 students into 2 groups of 12, it would be more effective to divide students into 6 groups of 4 student. Depending on the breakdown of the class you may have 4-tier 1 groups and 2-tier 2 groups, or you may have 3 of each type.
STYLE OF LEARNING: When tiering by learning style, students are groups according to how they learn best. One group may be students who are primarily auditory learners, another visual, and a third group kinesthetic. In an article in Educational Leadership, Linda Campbell gives a Multiple Intelligence Menu created that offers examples of activities designed around different intelligences. (1997)
These are examples of the types of questions that can be asked in each of the intelligence areas.
http://www.ascd.org/publications/educational-leadership/sept97/vol55/num01/Variations-on-a-Theme%E2%80%94How-Teachers-Interpret-MI-Theory.aspx
STUDENT INTEREST ON THE TOPIC: For this type of grouping to work, the teacher must pre-assess the students to know where their interests lie. This works best for science topics that have multiple variations. For example if the class is studying animal adaptations, the teacher could ask in a pre-assessment whether students are more interested in mammals, reptiles, amphibians, insects, invertebrates or even dinosaurs. Once preferences are determined, students all create the same product or research the same type information each on their own group’s topic of interest.
Unlike flexible groups which remain the same for several weeks until benchmark assessments can be made, a student in a tiered group for one lesson may be in a different group for the next lesson.
In Tiered instruction is much better suited for Science, but can also be used in the math classroom in a project setting. Choosing groups that can be tiered for either enrichment lessons or application lessons are the best way to utilize this strategy in a math context.
Lessons in which students are asked to apply mathematical principles in real world scenarios could be tiered by Student Interest Area.
What tools a group of students is allowed to use, would be a good example of how you can tier based on student readiness.
- Multiplication example: Tier 1 – Gets Calculators, Tier 2 – Multiplication Chart, Tier 3 – No multiplication aids.
Students could be broken up into groups according to their Style of learning for enrichment activities.
- Geometry example: Tier 1 – Visual Learners – working with pictures of figures,
Tier 2 – Kinesthetic learners, working with physical shapes,
Tier 3 – Auditory Learners, listening to songs about shapes (this could include ESL students listening in a first language)
Too many tiers - if there are too many tiers in the classroom, none of the tiers can be sufficiently monitored for problems by the teacher.
Insufficient support for each tier - each tier needs to have a clear understanding of their task. Unclear instructions will lead to all groups requiring additional instruction from the teacher to get started.
Insufficient materials - each group will need their own set of materials for any experiment conducted. Sharing materials between groups could cause additional problems.
Students wanting to switch groups - since tiered groups are chosen by the teacher, students may want to switch groups. Encourage students to stay in their assigned group for this assignment, and remind them that they can be moved for the next one.
This lesson is designed to make learning basic math problems seem easier and more fun. The students will log into www.planetturtle.com and begin the “First Grade Math Problems”. Each student will be paired with a peer in order to allow room for all students to participate. The most important part of teaching Math is to make sure the students are comprehending the problem. Students need to have fun in the classroom. Planet Turtle allows teachers to use interactive games to bring together past and future learning. Planet Turtle helps the students with their math skills, it is parallel with standards, and the best part is that it is fully customizable.
Once the students have practiced their Math problems on Planet Turtle, there will be an assessment quiz worksheet. Each student will have to complete the worksheet and turn it in for a grade. The standard for mathematical content would be that students should be able to represent and solve problems involving addition and subtraction. The standard is MGSE1.OA.1. “Use addition and subtraction within 20 to solve word problems involving situations of adding to, taking from, putting together, taking apart, and comparing, with unknowns in all positions, e.g., by using objects, drawings, and equations with a symbol for the unknown number to represent the problem.”
Turtle Image Worksheet can be found here:
https://www.pinterest.com/pin/319896379764012637/
Image for Planet Turtle found here.
http://mhecdi.com/pt_about.html