WORK SHEET 2
PLANNING ANALYSIS OF LESSON PLAN
LESSON PLAN (RPP)
School : SMAN 6 KERINCI
Subject : CHEMISTRY
Class
/ Semester : X / 1
Time
Allocation : 2 x 45
A. Core Competence (KI)
KI3:
Understanding, applying, analyzing factual knowledge, conceptual, procedural
based on his curiosity about science knowledge, technology, art, culture, and
humanities with insights of humanity, nationality, statehood, and civilization
related causes of phenomena and events, and apply procedural knowledge in the
appropriate field of study with his talents and interests to solve problems.
KI4:
Processing, reasoning, and presenting in the concrete domain and abstract
domain related to the development of what it learned in school independently,
and able to use appropriate methods based on scientific rules.
B.
Basic Competencies and Indicators
Basic
Competence
|
Indicators
|
3.3 Understand how to write the
electron configuration and the outer electron configuration pattern for each
class in the periodic table
|
3.3.1 Identify the quantum numbers
3.3.2 Determining the quantum numbers
(possible position of electrons)
3.3.3 Describes bark and sub bark and
its relation to the quantum numbers
3.3.4 Write down electron
configurations based on auf smell principles and rules
3.3.5 Connect the electrons
configuration to the location of elements in the elemental periodic system
|
4.3 Determining the location of an
element in the periodic table and its properties based on the electron
configuration
|
4.3.1 Determining the location of an
element in the periodic table based on the electron configuration
4.3.2 Describe the relationship
between the element properties and the electron configuration
|
C.
Learning Materials
No
|
Knowledge
|
Learning
Materials
|
1
|
Factual
|
• The atomic constituents are protons,
electrons and neutrons.
• Atomic number, mass number
• Electron consists of skin, sub skin
|
2
|
Concepts
|
• Isotopes, Isobars, Isotons
• Quantum Numbers
|
3
|
Principles
|
• Principle auf smell
• Hund Rules
• Properties - properties elements in
groups
|
4
|
Procedural
|
• Electron configuration
|
D.
Learning Activities
1.
First Meeting: (2 Learning Time)
Indicator:
1. Identify Quantum Numbers
2. Determining quantum numbers (possible electrons
are)
3. Describes bark and sub bark and its relation to
quantum numbers
a. Pre-Activities
1. Greeting
2. Asking
students to lead prayers.
3. Asking
readiness to learn.
4. Apperception;
asking some atomic models.
b.
Whilst-Activities
Learning
Syntaxes
|
Description
of Learning Activities
|
Time
allocation
|
Stimulation
Problem Statement (Problem Identification)
Data
Collecting
Data
processing
Verification
Generalization
|
Presents some images of the atomic
barks sequence
Figure 1
Figure 2
Students
discuss the link between the two images and their relation to the position of
an atom.
Collect
data on bark and sub bark relationships with electron position. By dividing
the group into several topics.
Topic 1: Major quantum numbers
Topic 2: Azimuth quantum numbers
Topic 3: Magnetic quantum numbers
Topic 4: Spin quantum number
Students
compare the results of the discussion in groups with the results of other
groups through visits to each other group.
Through
class discussions each group present the results of the group discussion.
The
teacher reinforces and straightens the results of class discussions on
quantum number determination.
Learners
exercise about the quantum number determination with the game Rolling stick
|
|
c. Post-Activities
1. Students
conclude about quantum numbers
2. Students
reflect learning activities
E. Technique of
Assessment
1. Knowledge: Written Test.
2. Attitude: Observation of Discussion activities
F. Media / Tools,
Materials, and Learning Resources
1. Media / tools: Images, Charts, Game item cards,
LCD.
2. Material: -
3. Learning Resources: Textbooks, Internet
Attachments:
1.
Learning Materials Meeting 1
2.
Assessment Instruments Meeting 1
Assessment of Attitude
NO
|
ASPECT OF ATTITUDES
|
INDICATORS OF OBSERVATION
|
SCORING
|
||
0
|
1
|
2
|
|||
1
|
Responsible
|
|
|
|
|
2
|
Discipline
|
|
|
|
|
3
|
Appreciate
|
|
|
|
|
Note :
Score 0 = Less in accordance with the
indicator
Score 1 = Enough In accordance with the
indicator
Score 2 = Very in accordance with the
indicator
Reflection:
There are still many difficulties to
determine the relationship between syntax and learning activities.
what are you think about your RPP material? thanks
BalasHapusIn the RPP is expected students are able to know and understand well about quantum materials
HapusWhat function of lesson plan ? Your argument please
BalasHapusIt is expected that students can follow the chemistry subjects well and able to master the material about quantum
HapusWhat would teacher do if the submitted material is not completed in 1 meeting?
BalasHapusIn this situation, the teacher is expected to adjust the material with the adjusted lesson, if that happens then it takes extra hours, whether it is afternoon tutoring or private
Hapus