Wednesday, 4 November 2015

Inquiry training model lesson plan

Name of the teacher: Reni Babu C P
Name of the school: Govt. K V H S S,  
                                  Ayira
                   Subject: Physics
                        Unit: Motion
                       Topic: Acceleration

Std: VIII
Div: A
Str:46/49
Date:10/9/2015
Time:45’
Stage:13+
Curricular
Statement:
Pupil develops knowledge on the concept of chemical bonding through observations, experiments and discussions.


        Concept:

Process Skills:




  
 Objectives:





Entry Behavior:

Learning-teaching aids:

Acceleration is rate of change of velocity in one second

Acquire process skills such as,
a)    Observation: Observation of the experiments on the concept of acceleration.
b)   Experimenting: Doing experiments based on the concept.

·       The pupil acquire the strategies for create inquiry.
·       The pupil develops ability to tolerance ambiguity.
·       The pupil understand and tentative nature.
·       The pupil develop independent autonomy in learning

The pupil has the idea about the acceleration from the daily life.

1.    Chart
·       About acceleration




Syntax

Teacher Activity

Pupil Activity

Phase-I
Encounter with the problem







Phase-II
Data gathering verification




























Phase-III
Data gathering experimentation





























Phase-IV
Formulating an Explanation



Phase-V
Analysis of inquiry process





Social system:





Principles of reaction: 



 Support system:



Instructional effects:




Nurturant effects:

Today we are studying the topic in a new way. The teacher explains an instance. Manu is travelling in a helicopter. While travelling, he got hungry so he eats the food and the other wastes are throughout down the window. The food waste is down in the earth at 5 seconds and its velocity is 50m/s.

The pupil asks questions about the above instance.


Yes





No



Yes



Yes


Yes



Yes




Yes





For explaining the concept the teacher had done an experiment.
A picture of car travelling through a straight line is shown below.

                  

Distance
travelled
Initial
Velocity
(U)(m/s)
Final velocity
(V)(m/s)
AàB
0
5
BàC
5
10
CàD
10
10
DàE
10
6
EàF
6
0

Yes



No




No





Yes


The rate of change of velocity is called acceleration.ie, the velocity change in one second. From the above experiment it is seen that acceleration is a vector quantity.

How we finalize the concept acceleration? 








Teacher having the prominent role in
·       Choosing concept
·       Organizing and sequencing the data
·       Student-teacher interaction

The teacher act as a guide, motivator, facilitator etc. She supports the pupil’s hypothesis and creates an atmosphere of meaningful dialogue.

The teacher supports the pupil using a-v aids and other aids. She should try to search to improve their skills.

·       Getting clear notation about nature of concept
·       Developing skills in using appropriate inquiry building strategies
·       Attaining specific concepts

·       Sensitivity to logical reasoning
·       A sense of using alternative perspectives
·       Tolerance to ambiguity and initial errors

















Is the food packet placed down to earth and throw out is at the same state? 

Is any hindrance occurred when the food packet is placed down?

Is the time required is 5 seconds?

Is the velocity and the speed of the food packet is 5m/s?
Is the unit of speed and velocity is same?

Is the initial velocity of the food packet is zero?

Is if the final velocity is 50m/s then the velocity difference is also 50m/s?





















Is the time intervals are same?

Is the distance travelled by the car at equal intervals is same?

Is the difference between initial velocity and final velocity of the car is same?

Is the change in velocity is indicated by time?







By experiments, observations and discussions.


ICT Lesson Plan

Name of the teacher:
Reni Babu C P
Name of the school:
Govt. K V H S S,  Ayira
Subject: Chemistry
Unit: Periodic Table and
Chemical Bonding
Topic: Chemical Bonding

Std: IX
Div: A
Str:32/33
Date:11/9/2015
Time:45’
Stage:14+
Curricular
Statement:
Pupil develops factual knowledge, conceptual knowledge, procedural knowledge and metacognitive knowledge on the concept of chemical bonding through
video clippings and power point presentation.

Content analysis:

  Terms:


 
Facts:






Concepts:







1.Chemical bonding
2.Ionic bond


1. O2, F2 are link together by chemical bond.
2.NaF, NaCl etc are at ionic bond.
3.The positive ions and negative ions are held together in the ionic bond.


1.The atoms are bind together in a molecule by an attractive force called chemical bonding.
2.The electron is donated or accepted in an ionic bond
3.The positive ions and negative ions are formed in an ionic bond.
Learning Outcomes
1.Storage:



2.Explore:

3.Application:



4.Factual     knowledge





5.Conceptual knowledge





6.Procedural knowledge   




7.Metacognitive knowledge






8.Process skills



6.Positive attitude




Entry behavior:  



Reference:



Learning materials and resources:

1.Slide image:



2.Slide:







Classroom interaction procedure
The pupil views slide image, video clipping, power point presentation related to chemical bonding.

The pupil view such more details related to chemical bonding.

Pupil prepares the power point presentation or text materials related to chemical bonding.

Enable pupil to develop factual knowledge of chemical bonding by,
a)    Recalling the concept of elements.
b)   Recognizing the concept of chemical bonding.

Enable pupil to develop conceptual knowledge of chemical bonding by,
a)    Explaining about the chemical bonding.
b)   Demonstrating this with activities.

Enable pupil to develop procedural knowledge of chemical bonding by,
a)    Doing and observing activities based on it.
b)   Raising questions about bonds.

Enable pupil to develop metacognitive knowledge of chemical bonding by,
a)    Focusing on the idea that positive and negative ions constitute the ionic bonding.

Enable pupil to develop different process skills like observation, hypothesizing, inferring and communicating.

Develops a positive attitude towards science.


Pupil should know about the modern periodic table.


1.IXth Standard Basic Science, Part-I
2.Handbook




1.Modern periodic table
2.Activity charts
3.A part of periodic table

1.About chemical bonding
2.About ionic bonding







Expected pupil response

INTRODUCTION
       
        The teacher enters into the class and wishes the students.

Slide-1

The teacher shows a video image of periodic table.

Slide-2

         What is included in the modern periodic table?
          What is formed when elements are combined?
         Gave an example for molecule?
         Is molecules has any attractive or repulsive force?

PRESENTATION

She shows a part of periodic table



Slide-3


H1

N7

O8

F9

Cl17

Br35

Slide-4

           Discussion Points
         Write the molecules formed by these elements?
          Are they the element molecules?
         Which force is existing between the molecules?

         What is the name of this force?

Slide-5

CONSOLIDATION
The force of attraction between the atoms in a molecule is called chemical bonding.

Slide-6

         What is the behavior of sodium?
          What is the behavior of fluorine?
         Which compound is formed by these two elements?
         How many electrons are donated by sodium?
         What is the charge of sodium?

Slide-7

Consolidation

  The ionic bonding is formed by the electron exchanging. The positive and negative ions are formed.



The students gave reply to the teacher.




















Elements

Molecules(BB)

H2,N2 etc

Yes, molecules has an attractive force



















H2,O2,F2,Cl2 etc

Yes

Attractive force(BB)

Chemical bonding(BB)