lesson plan english about calculus
TRANSCRIPT
LESSON PLAN
Lectured by: Fatriya Adamura, M.Pd
ARRANGED BY :
MAR ATUS SHOLIHAH
(NPM : 11 411 056)
MATHEMATICS EDUCATION PROGRAM
MATHEMATICS AND SAINS EDUCATION FACULTY
IKIP PGRI MADIUN
2012
Lesson Plan
Educational Unit : Senior High School
Subject : Mathematics
Grade/Semester : XI/2
Topic : Calculate Indefinite integral From Simple
Algebraic Function
Time Allocation : 1 × 10 Minutes
I. Standard Competence
Using the concept of limit function and derivative function in problem solving.
II. Basic Competence
Intuitively explain the meaning of the limit function at a point and at infinity.
III. Indicator
Meaning limit function at one point described by calculating the values around
that point.
IV. Objectivitas
Using the concept of formulating the terms of the derivative function limit.
V. Character Value
1. Accurate
2. Creative
3. Responsibility
4. Carefull
VI. Learning Topic
1. The derivative function
2. Characteristics of the graph of the function by its derivatives
VII. Time Allocation
10 minutes
VIII. Learning Model
Learning model : direct instruction
Learning method : discussion
IX. Learning and Teaching Activities
Phase Learning activities
Character value Time
Allocation Teacher Student
Introduction
Remind students'
prior learning
about the
composition of
the two functions
and inverse
functions
Motivate students
to cite examples
of the use of the
function in real
life to inform the
use of the
function.
Ask students to
discuss some
difficult
homework from
the previous
meeting (need to
discuss all)
Remember
the previous
lesson about
the
composition
of the two
functions
and inverse
functions
Listen to the
teacher
expalanation
Ask some
tough
homework
from the
previous
meeting
2 minutes
Phase
1
Listen to the
teacher
explanation
Listen to the
teacher
explanation
Main activity
Phase
2 Learners are
given a stimulus
in the form of
materials by
teachers and
explanation of
materials related
to the
environment and
giving examples
of the materials
to be developed
regarding the
rate of change
learners function
value (material:
Dedi Heryadi,
Mathematics
class XII SMK
pages 130-133,
Yudhishthira,
Jakarta ) as
follows:
The pace of change
in value of the
function f (x)
against t at time t =
t1 is the
instantaneous
velocity determined
by the formula as
follows:
The rate of
change in the
value of the
function f (x)
against t at time t
= t1 is the
instantaneous
velocity
determined by
the formula as
follows:
Listen to the
teacher
explanation
Learners
communicate
orally or
presented in
ways to
determine the
rate of change
of the value of
the function.
6 minutes
h
tfhtf
h
)()(lim
11
0
The pace of
change in the
value of the
function f (x)
with respect to x
at x = a can be
determined by
taking h close to
zero, it is
written:
)('
af =
h
afhaf
h
)()(lim
0
Phase
3 Learners and
teachers together
to discuss
examples of the
rate of change of
the value of the
function.
Learners and
teachers
together to
discuss
examples of
the rate of
change of the
value of the
function.
Phase
4 Learners work
on some
exercises on the
rate of change of
the value of the
function
Do the
exercise in the
worksheet
- Accurate
- Creative
- Responsibility
- Carefull
Closing
Students make a
summary of the
material rate of
change of the
value of the
function
Make a
summary of
the lesson
they have
studied
2 minutes
Learners and
teachers to
reflect
Listen to the
teacher
explanation
As students are
working on
individual tasks
training module
4: 9 page 133
(Material: Dedi
Heryadi,
Mathematics
class XII SMK,
Yudhishthira,
Jakarta)
Regards cover
X. Resources
1. Student book
2. Students worksheet
XI. Evaluation
1. Type of assement : report and written test
2. Form of assement : report presentation and subjective
test
3. Example of assement :
The results of the ?
Studenst Book
LIMIT OF A FUNCTION AT A POINT
The definition of a limit at some point fungsi intuitively
, mean:
for satisfies , but , then the value of approaches .
Example:
With , provided
Definition of limit of a function at a point in the concept of
mathematical
, mean:
For a small number of known , we can find
So the inequality:
Applicable for all x that satisfy:
Example: Show that .
Answer:
The basic analysis
Suppose any positive number , we are required to obtain which
satisfies:
Note the right-hand side of inequality:
This means obtained .
Formal Proof:
Let and there is
Since , then
This means that: (designated)
Worksheet
Group : Class :
Fix the value of !
With , provided
.......................................................................
.......................................................................
.......................................................................
.......................................................................
.......................................................................
.......................................................................
.......................................................................
.......................................................................
Key of Worksheet
Group : Class :
Fix the value of !
to find the results of that question,
then we must first decipher be
then can be eliminated,
With , provided
Exercise
1.
2. by using mathematical concepts, show that:
Answer Sheet of Exercise
Evaluation Sheet Spesification
A. Cognitive
Indicators
Name of Evaluation
Sheet and Number of
Question
Key of Evaluation
Sheet and Number of
Question
Graph a quadratic function
of the form f(x) =x2
Exercise
Number 1 and 2
Key of Exercise
Number 1 and 2
B. Afective
Learning Objectives
Name of
Evaluation Sheet
and Number of
Question
Note
Characters
1. In the learning process, students
can be practiced character of
personal responsible, such as doing
assignments.
2. In the learning process, students
can be practiced character of social
responsible, such as doing group
assignments, helping friends and
teacher.
3. In the learning process, students
can be practiced character of
creative, such as giving opinion in
the group discussion.
4. In the learning process, students
can be practiced character of
accurate and carefull, such as
correcting answers of worksheet.
Self Evaluation
Sheet
Number 1
Number 2
Number 3
Number 4
The result of
Student Self
Evaluation Sheet
for every aspect
can be seen from
the result of
teacher
observation in
the learning
process or from
informal
conversation
between
students, teacher
and students.
Self Evaluation Sheet
1. Are you personal responsible person?
2. Are you social responsible person?
3. In a group/class discussion, I tell my opinion.
a. Yes b. No
My opinion is..........................................
…………………………………………….........................................................
…………………………………………………………………………………
4. I always check my worksheet answers.
a. Always c.Seldom
b. Often d. Never
True False
I always do my mathematics assignments.
I am a believable person.
I always respond all of my works.
I always follow my commitment.
I think I am a personal responsible person or am not a personal responsible person
because:………………………………………………………………….......................
………………………………………………………………………………………………
True False
I always do my group mathematics assignments for all.
I always help my friends/teacher as they need.
I help my teacher for doing her/his assignment.
I always do something that I can for caring class/school .
I think I am a social responsible person or am not a social responsible person
because:…………………………………………………………………........................
………………………………………………………………………………………………
Key and Scoring Guidance of Exercise
Number Step of Doing Score
Sum of the Score 100