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52 Cards in this Set
- Front
- Back
- 3rd side (hint)
THE TEACH U HOW APPLY KNOWLEDE OF LEARNING PHILISOPHIES TO THE INSTRUCT OF
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SCIENCE
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THE CRITICAL WORDS OF SEGMENT
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CONSTRUCTIVISM
DISCREPANT EVENTS INQUIREY-BASED MODEL |
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CRITICAL POINT 1
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the teacher understands the philisphy of constructism model of instruction in his classroom
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crtiical point 2have
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the teacher is able to use strategis such as induction of discrepant events to initiate a constructionist model of instruction in his or her classroom
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criticcal point 3
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the teacher U that there exist a wide variety of instructional methods, which each have their advantages or disadvantages: The teach U that there is able to recognize when to use the method.
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A) How to teach constructivism-defined
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this philsophy has been gaining alot of popularity in school
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defn
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A) How to teach constructivism-knowledge is
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constructed not transmitted
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not what
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A) How to teach constructivism-prior knowledge
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impacts the learning process
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A) How to teach s constructivism-intial U
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LOCAL not global
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local
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A) How to teach constructivism-Building useful knowledge structures
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requires knowledge structures requires effortful and purposeful activity
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A) How to teach constructivism-This Philosphy
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real learning can occur when the learner is activily engaged in operating on, or mentally processing, incoming stimuli
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A) How to teach constructivism-the interpetation of stimuli
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-previously constructed learning
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A) How to teach constructivism-Role of teacher
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the scenario is transformationed someone who despenses information to someone structures acivities includes -improvement communication
-challanges students preconcieved notions, and helps students revise their world views |
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a constructive philosphy asserts only tools avialable to knower are your
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senses
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only through seeing, hearing, touch, smelling, and taste a ____________________.
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person does intreacts wiht the environment
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enviroment interaction
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With messages the senses the learner can______________________.
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build a picture of the world
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teaching science becomes an active, social process of
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experince,
applying hands-on, inquire-based model to instruct science |
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Applying model to the actutal classroom scenario:
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teacher must first U what students believe when step foot into science class to provide max instruct. necessary to help them gain a more specific scientific U
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maximal teaching
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Concept _______________,______________,_____________________,of a demonstration by students to elicit prior knowledge
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mapping,
pretests, and interpetation |
M,
P, and I |
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teachers need give students time to ___________ problems: the ______ teaching sceniero is one in which teacher choose a problem that the student can relate in ___________________.
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assimilate,
best, everyday life |
a,
b, ev. day life |
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the ideal situation is which the student comes up with questions of what
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ideal situations in science
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since studetns have a problem to solve, the teacher must provide support for the following three items
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collect careful data,
thinking thru the process in advance, making sure students with good tables, and charts |
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PREPARED FOR DATA COLLECTION MAKES A MORE MANANAGEABLE USING
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ASSESSMENTS IS USEFUL: EMBEDDED ASSEMENTS
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eMBEDDDED ASSEMENTS MEANS:
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BUILDING ASSESSMENT INTO THE ACTIVITIES AND CLASSROOM PROCESS IN THE INTERGAL AND NATURAL MANNER
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A discrepant event one that the result
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is the opposite 0f what is expected, the result contradictis teh student's expectation
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A discrepant event-having a belief chalenged the student
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becomes curious to try and gure out what happpens
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A discrepant events-in example:
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of a discription could be placing one piece of candle wax in sealed jar contents:h20, and another pice in anoter for alchol, student can not smell them, so obvious they won't know which one has alchol
by havin a belief challanged, student gets curious to try to figure out what happpened |
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A discrepant event -in previous experiment
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CANDLE FLOATS IN ONE AND SINKS TO THE OTHER.
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A discrepant event-THE STUDENTS CUROSITY AS TO WHY ONE HAPPENS LEADS TO
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HYPOTHISIS generation and discussion of consepts of the following:
density, polarity,, scientific method and others |
discussion of consepts of the following:
density, polarity,, scientific method, and others |
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DISCREPT EVENTS:TEACHING DISCREPT EVENTS
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IS AND THE CONSASTANT WITH THE CONSTRUCTIONS MODEL AND THE FIVE BASIC PHASES IN THE INSTRUCTIONAL PROCESS TO BE DISTINGISHED
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DISCREPT EVENTS:THE 5 E'S-THE FIVE BASIC PHASES IN THE INSTRUCTIONAL PROCESS
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ENGAGE,
EXPLORE, EXPLAIN, ELABORATE OR EXTEND EVALUATE |
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DISCREPT EVENTS:THE FIVE BASIC PHASES IN THE INSTRUCTIONAL PROCESS -ENGAGE
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ENGAGE-PHASE STUDENTS INVIE TO CONNEC WHAT THEY ALREADY KNOW OR BELIEVE WITH THE LEARNING EXPERIENCE FACING THEM
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DISCREPT EVENTS:THE FIVE BASIC PHASES IN THE INSTRUCTIONAL PROCESS -EXPLORE
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EXPLORE: PHASE STUDENTS ARE ACTUALLY COLLECTING DATA OR MAKING OBSERVATIONS
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DISCREPT EVENTS:THE FIVE BASIC PHASES IN THE INSTRUCTIONAL PROCESS-EXPLAIN
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STUDENTS TRY TO EXPLAIN THEIR DATA OR OBSERVATIONS.
-TEACHERS CAN DIRECTLY INTERVENT TO EXPLAIN CONCEPTS TO STUDENTS OR THEY CAN LEAVE UP TO STUDENTS TO DO THE RESEARCH |
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DISCREPT EVENTS:THE FIVE BASIC PHASES IN THE INSTRUCTIONAL PROCESS-ELEABRORATE OR EXTEND
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IN THIS PHASE, STUDENTS CAN TAKE WHAT THEY HAVE THEY LEARNED AND APPLY IT TO OTHE R SITUATIONS
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DISCREPT EVENTS:THE FIVE BASIC PHASES IN THE INSTRUCTIONAL PROCESS
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STUDENTS AND TEACHERS BOTH ASSESS WHAT AND HOW MUCH WAS LEARNED FOR THE ACTIVITY
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VARIATION IN TEACHING METHODS -WE ALL LEARN IN DIFFRENT WAYS
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TEACHS MUST ESPECIALLY AWARE OF HOW STUDENT LEARN
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VARIATION IN TEACHING METHODS-TEACHER MUST BE FLEXIBLE ENOUGHT IN HIS TEACHING STRATEGY
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IN HIS OR HER TEACHING STRATEGY TO ACCCOMODATE AS MANY LERNING WAYS AS POSSIBLE, USE DIFFRIENT TEACH STRATEGIS ALLOS STUDENTS THE OPPTS. TO BETTER OBSERVE TEH LESSON
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VARIATION IN TEACHING METHODS-ANY TEACHING METHOD HAS ADVANTAGES, DISADVANTAGES, AND REQUIRES PRELIMNARY
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DISADVANTAGES, AND REQUIRES PRELIMNARY PREPARATION
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VARIATION IN TEACHING METHODS-OFTEN A PARTICULAR TEACH METHOD
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WILL NATURALLY FLOW INTO ANOTHER
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VARIATION IN TEACHING METHODS-WHICH TEACHING METHOD IS RIGHT FOR A PARTICALAR
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LESSONS DEPENDS ON MANEY THINGS, AMONG THEM ARE THE AGE AND DEVELOMENTAL LEVEL OF THE STUDENTS KNOW AND WHAT THEY NEED TO KNOW TO SUCCEED WTH THE LESSON ON SUBJECT-MATTER CONTENT
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FLOW
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VARIATION IN TEACHING METHODS
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T, SPACE AND MATERIAL RESOURCES AND HE OBJECTIVE OF THE LESSON, THE AVILABLE PEOPLE, TIME AND THE PHYSICAL SETTING
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VARIATION IN TEACHING METHODS OF-SOME EXAMPLES OF ARE LISTED DIFFERIENT TEACHING METHODS
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DIRECT TEACHING
COOP LEARNING LECTURE DISCUSSION ROLE PLAYING VIDEOS/SLIDES BRAINSTORMING CASE STUDIES WORKSHEETS |
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VARIATION IN TEACHING METHODS-WHEN A PREPARING FOR A LESSON A TEACHER MUST RECOGINIZE
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THE PRESENCE OF ESL STUDENTS
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VARIATION IN TEACHING METHODS-SCIENCE IS A SUBJECT IN WHOM
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COMMUNICATIONS IS FUNDAMENTAL, FOR EXPLAINING CONCENTS, AND COMMUNICATING PROBLEMS AND RESULTS WITH FELLOW STUDENTS
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VARIATION IN TEACHING METHODS-TEACHERS CAN
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TAKE STEPS ENSURE ELL ARE ENGAGED IN PROCESS OF SCIENTIFIC LEARNING
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A TEACHER CAN ORGANIZE KEY CONCEPTS INTO:
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THEME-BASED UNITS, CREATING EXTENDED LEARNING EXPERIENCES GIVE STUDENTS TIME TO BECOME PROFECIANT LANGUAGE USED TO DISCUSS EXPLORE LARGER CONCEPTS
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COOP LEARNING CAN ALSO AID ESL STUDENTS IN LEARNING
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HOW TO COMMUNICATE BY PLACING
THEM IN A SITUATION WHERE THEY MUST MAKE THEMSELVES u BY THEIR FELLOW STUDENTS |
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INQUIRY-BASED LEARNING
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APPROACH TEACHERS CAN TAKE WHILE MANY STUDENTS MAY HAVE PROBLEMS WITH THIS METHOD Because of Cultural barriers
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Inquire-based learning
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this method is useful for relating topics to everyday use, and for related topics to everyday use, and making things familiar to students: also, IBL fosters questioning and discussions, processes that will help the lang. skills of the ESL students
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THE TEACH POSSES KNOWLEDGE OF DIFFERENT LEARNING PHILOSPHIES, ESPECIALY OF CONSTRUCTIVISM AND HOW THEY APPLY SCIINCE INSTRUCTIONAL
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METHODS AND IS ABLE TO APPLY TO SCIENCE INSTRUCTION
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THE TEACHER IS WELL VERSED IN THE DIVESITY OF INSTRUCTIONAL METHODS
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AND IS ABLE TO APPLY EACH, OR A COMBINATION IN THE PROPER SITUATIONS
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