Jumat, 12 Mei 2017

LEARNING IMPLEMENTATION PLAN (RPP)


IDENTITY
High school
Subject: Chemistry
Class / Semester: X / 1 (one)
Time Allocation: 3 hours of lesson

A.     CORE COMPETENCY
KI 1
KI 2




KI 3





KI 4
: Living and practicing the religious teachings it embraces
: Living and practicing honest, disciplined, responsible, caring (polite, cooperative, tolerant, peaceful) behavior, courteous, responsive and pro-active and showing attitudes as part of the solution to problems in interacting effectively with the social and natural environment and In placing themselves as a reflection of the nation in the association of the world.

: Understanding, applying, analyzing factual, conceptual, procedural knowledge based on his knowledge of science, technology, art, culture, and humanities with the insights of humanity, nationality, state and civilization on the causes of phenomena and events, and applying procedural knowledge to the field of study Which is specific to his or her talents and interests to solve problems.

: Processing, reasoning, and recruiting in the realm of concrete and abstract realm related to the development of the self-study in the school independently, and able to use methods according to scientific rules.

A.     BASIC COMPETENCE AND INDICATORS

Kompetensi Dasar
Indikator

3.6
Determining the shape of molecules by using the theory of electron valence shunt pair (VSEPR) or Electron Domain Theory
1. Explain the theory of electron domains
2. Applying the theory of electron domains in determining the shape of molecules
3. Explain the theory of electron valence skin pair reaction (VSEPR)
4. Determining the form of molecules based on the theory of electron valence skin rejection (VSEPR)
5. Determining the nature of polarity based on molecular form

4.6
Make a model of molecular shape by using materials in the environment or chemical software
1. Applying the electron domain theory to predict the shape of the molecule
2. Make a molecular shape by using a balloon
3. Communicate the results of discussions about the molecular form.






C. LEARNING MATERIAL
1. Electron Domain Theory
2. Theory of Electrical Couple Calls (VSEPR)
3. Molecular shape

D.  LEARNING ACTIVITIES
1.  First Meeting: (3 JP)

Indicator:

3.6:
1. Explain the theory of electron domains
2. Applying the theory of electron domains in determining the shape of molecules
3. Explain the theory of electron valence skin pair reaction (VSEPR)
4. Determining the shape of molecules based on the theory of repulsion of electron valence skin pair (VSEPR)
5. Determining the nature of the celiber based on the form of molecules
4.6:
1. Applying the electron domain theory to predict the shape of the molecule
2. Make a molecular shape by using a balloon
3. Communicate the results of discussions about the molecular form.

A. Activity Introduction

 Teachers greet, pray, check student attendance
ü
 Apperception:
ü
1. Delivering GPA
2. Questions about covalent bonds, image impressions between water in glass and carbon dioxide gas.
 Motivation: Observing images of CH4 molecular shapes;
ü H2O; NH3 and CO2

B.  Core activities
No.
Sistax / Stages of Learning


Description of Learning Activity
1.
Stimulation (giving stimulus)
• Given 4 images of molecular forms of compounds H2O, CO2, NH3 and CH4.
• Students observe the molecular form of several compounds through images / molymod / animation.
2.
Problem Statement
• Students are expected to ask:

- why are the four molecules of the four compounds different?
- How to determine the molecular shape of a compound?
- What is the relationship between molecular form and the polarity of the compound?


3.
Data Callecting
• Students review the literature on electron domain theory and VSEPR theory
• Students conduct group discussions to conclude electron domain theory and VSEPR theory
• Students conduct class discussions of literature review and group discussion to equate perceptions about electron domain theory and VSEPR theory
• Review the literature to predict the shape of molecules and relate the relationship of molecular shapes to the polarity of the compound.
4.
Data Proccesing
• Students work on LKS about molecular form by way of group discussion
5.
Verification
• Students can understand the shape of molecules through information discussions with teacher guidance
6.
Zeneralication
• Students can define molecular shapes based on electron domain theory and VSEPR theory

• Students can determine the polarity of the compound based on the molecular shape
C. Closing Activity
 Students do the exercises about the material being studied.
ü
 Students are assigned to create molecular models of materials in the surrounding environment or chemical software
ü

D.  TECHNICAL  ASSESSMENT
1. Knowledge: Written Problem PG and Description (Attached)
2. Skills: Performance makes the molecular shape of the balloon
1.       ASSESSMENT TECHNIQUE
1. Knowledge: Written Problem PG and Description (Attached)
2. Skills: Performance makes the molecular shape of the balloon




F. Media / tools, Materials, and Learning Resources
1. Media / tools: molymode, LKS and Power Point
2. Material: balloon
3. Learning Resources: Chemical Handbook volume 1 and relevant supporting books

1.      Attachments:
1. Learning Materials
2. Assessment Instruments
3. LKS










REFLECTION:
After doing LK 2 we can determine:
1. RPP
2. Learning models that are applied to learning activities
3. Assessment of psychomotor knowledge and assessment that will be done to measure the achievement of GPA




Appendix 1:
Learning materials
To understand the VSEPR theory we use balloons, when tied between two balloons, the balloon will form linearly, if three or four balloons form a flat or tetrahedral triangle.


The shape of the molecule can be estimated using the Lewis structure.
For example the Lewis ammonia structure:

With three electron pairs attached and a pair of free electrons, then according to the electron domains, they are arranged in tetrahedral form, but that is less precise because of the magnitude of repulsions between H atoms, by repulsion between H atoms and electron pairs it is not as large, Calculated in a separate way, so the right shape is a pyramid.

The basic shape of a molecule is determined by the number of pairs of electrons present in the central atom. There are five basic molecular shapes of a compound, namely:
1. Linear
2. Flat Triangle
3. Tetrahedral
4. Trigonal Bipiramida
5. Oktahedral
The molecular forms are symmetrical, if a compound having the number of electron pairs in the central atom is the same as the basic molecular form, but has a different shape. This is due to differences in the composition of PEI and PEB of the electron pairs present in the central atom. So that the basic (symmetrical) molecular shape is distorted into different and unsymmetrical molecular shapes.

MOLECUL FORM
Table Relationships between PEI, PEB, molecular form and examples and drawings
 
The concept of electron domain theory
Find the following molecular form based on PEI and PEB, write the molecular form in the following table!
           PEB
PEI
1
2
3
2



3



4



5



6



 
By reading Table Relationship between PEI, PEB, molecular form and examples and drawings Try to assemble molecular compounds using mollymood and draw the results in the following table!
NO
Chemical formula
Number of PEI
Number of PEB
formula
Molecul form
1
CO2







2
BH3










3
CH4







4
PCl5







5
SF6







Forecasting Molecular Form
To predict the shape of the molecule, first determine the central atom (A), the number of bonded atoms (X), PEB (E), number PEI (n), and amount PEB (m).
Using notation:
AXnEm

Appendix 2:
Assessment Instruments
A. The Formulation of Knowledge Problems
IndicatorSoal


HOTS/LOTS (Low Order
Thinking Skiils)
Sour Formula


• Determine the form of the molecule of its members by the electronic domain theory






• Determine the form of molecules by the amount of PEB a compound







• Given 2 data atomic number, can determine the shape of molecule





• Determine the form of molecules of PEB compoundamonium







• Determine the positions of PEB to form octahedral molecules







• Determining the form of molecules based on Types / Rumms compounds








• Describe electron and VSEPR domain parameters

• Diyikandatano atom, candementukmolekul form for some of the data







• Classify the polar and non polar
HOTS








HOTS








HOTS







HOTS









HOTS








HOTS









LOTS


HOTS








HOTS
1. According to the theory of domainelektron form molecule compound CH4
Is a ....
A. Triangle pelanar
B. The trigonal pyramid
C. Tetrahedral
D. Triangle bipiramida
E. Rectangular flat

2. The number of pairs of central atoms of a molecule of compound = 3, while the free electron pair = 0, then the form of the molecules
A. Oktahedral
B. Equal triangle
C. Tetrahedral
D. Bipyramide triangle
E. Linear


3. The atomic number P is 15, whereas Br is 35, the form of the molecule PBr5 is
A. tetrahedral
B. equilateral triangle
C. trigonal bipiramida
D. trigonal pyramid
E. squares


4.Alumunium chloride, AlCl3 danamonia, NH3, are covalent molecules. What is the molecular form of ammonia and the number of free electron pairs respectively;
A. Trigonal pyramid, 1
B. Trigonal pyramid, 3
C. Equivalent triangle, 1
D. equilateral triangle, 2
E. Planar Triangle, 1


5. In octahedral form, the first free electron pair can occupy any position. Where is the position of the second free electron pair ...
A. 45o from the first PEB
B. 60o from the first PEB
C. 90o from the first PEB
D. 180o from PEB
E. Adjacent

6. If the central atom is denoted by X, the domain of the bonding electron with Y and the free electron domain with E, then the following molecule having the type XY4 is
A. CO2 D. CH4
B. H2O E. SO2
C. NH3

Description:

1. Explain the notion of basic concepts of electron domain theory and VSEPR!

2. Draw the Lewis structure and determine the number of PEI, PEB and molecular forms of the following compounds! (Atomic number H = 1, B = 5, Cl = 17, N = 7, S = 16, F = 9, I = 53)
A. BCl3
B. Ccl4
C. NH3
D. SF6

3. Of the following compounds described the compounds belonging to polar and non-polar H2O, CO2,, NH3, PCl5 ddan CH4


B. Observation sheet and presentation performance
OBSERVATION OBSERVATION SHEET
AND PRESENTATION PERFORMANCE
Subject: Chemistry
Class / Program: X / M-IPA
No
Student name
Observation
Presentation Performance
amount
Score
score
Akt
Disl
Kerjsm
Prnsrt
Visual
Isi
(1)
(2)
(3)
(4)
(5)
(6)
1.       









2.       









3.       









4.       









  
Description of filling the score
4 = Very high
3 = Height
2 = High enough
1 = Less

 
Appendix 3:
  LKS
Short Theory:
As an analogy of the molecular form based on the electron pair's repulsive theory try to make models of molecular forms with balloons.
Work steps:
1. Blow 20 balloons with almost the same size.
2. Make a balloon bond, each 2, 3, 4, 5, and 6 balloons. Tie the balloon tightly, so that one another refuses.
3. Observe the geometric shape of each bond and draw the structure
 

                                      Picture the analogy of Molecular Shapes with balloons.
 
The number of balloons analogizes the number of electrons surrounding the central atom, the molecular shapes depend on the number of electron pairs being repulsed around the atom.
Information:
A: Central Atom
X: PEI
E: PEB
N: number of PEI
M: number of PEB

Using the balloon model, consider predicting the molecular form of the compound in the following table:

 
picture
Molecular form
Compound examples
1.      Two ballon


2.      Three ballon


3.      Four ballon


4.      five Ballon


5.      six balon


 Complete the following table:
NO
Formula of chemical compound
A
X
n
m
Molecular form
Form Name
Characteristic of Kepolaran

1

BeCl2







2
H2O












3

SO2










4
NH3










5
ClF3











6..


CH4








7
TeCl4











8
XeF2


















9


IF5











10
XeF4











 
Answer the following questions:
1. What is PEI and PEB?
2. How many pairs of electron bonds (PEI) in H2O, NH3 and CO2?
3. How many pairs of free electrons (PEB) in H2O, NH3 and CO2?
4. Do you remember about the charge of electrons, What if one electron with another electron approach each other?
5. Describe possible interactions between central and central electrons in water molecules and carbon dioxide!
6. Make conclusions about PEI-PEI interactions; PEI - PEB; PEB - PEB
7. Can you summarize what causes the structure to form in the compound!
8. How is the relationship between the molecular form and the polarity of the compound?
 


16 komentar:

  1. Why do you think RPP is in implementing the learning process?

    BalasHapus
    Balasan
    1. Planning lessons made by teachers before the learning process, which we are familiar with the term RPP or Learning Implementation Plan. Learning Implementation Plan (RPP) is a plan that vision and organizes learning to achieve a basic competency set out in the Content Standards and elaborated in the syllabus. In summary, RPP is an operational plan of learning activities or some KD in every face-to-face in the classroom.
      RPP concrete activities step by step done by the teacher in the classroom in accompanying learning with the learners. One thing that is very important in the preparation of RPP is learning activities to be directed at the students, while the teacher acts as a facilitator, facilitator. That is, when teachers choose approaches, methods, experiences, learning to teach should enable students to interact and active, while the teacher makes it easy and accompany.
      Development of instructional implementation plan is formulations about what will be done by teachers and learners in the learning process to achieve the objectives or basic competencies that have been determined, before the learning activities implemented.
      With the basic elements of the curriculum are the objectives of the subject matter, the learning experience and the assessment of learning outcomes. The tools that should be prepared in learning planning are: (a) understanding of the curriculum; (B) master the teaching materials; (C) preparing the teaching program; (D) implement the teaching program and learning program that has been implemented.
      In the planning of learning up to now still use system, that is unity planning is unity whole which have component (aim, material, experience learn and evaluation) which mutual mutual mutual.
      Why do teachers need RPP tools? The first reason, can prevent various purposes for the ultimate goal. Second, for beginner teachers will be very helpful in training themselves in the framework of preparation of the maximum learning plan in accordance with the curriculum. Third, then more our attitude to firmly in thinking, and Avoiding forgetfulness and oversight so that problems that exist at the time of the learning process can be overcome and in minimalisir since early

      Hapus
  2. Try to explain the steps to prepare a good and correct RPP.

    BalasHapus
    Balasan
    1. 3. Preparation of RPP
      It should be noted that in preparing the RPP the teacher needs to determine the limits of the subject matter of the subject matter to be taught each time by looking at the time estimates in the syllabus. If a sub subject in a syllabus takes more than one meeting or several meetings, then the subject matter needs to be elaborated again. If this is not possible, because it will interfere with the integrity of the material, then one RPP can be used for two or more meetings. The RPP should be systemic and systematic, whole and comprehensive, with some possible adjustments in actual learning situations. Thus RPP can serve to streamline the learning process in accordance with what has been planned. RPP should be arranged in a simple and flexible, and can be implemented in learning activities, and the formation of competence learners. Here are the steps that should be done in the preparation of RPP of a subject:
      1. Identity
      Write the identity of RPP consisting of: Name of school, Subject, Class / Semester, Competency Standard, Basic Competency, Indicator and Time Allocation, with note:
      A. RPP is prepared for one Basic Competency.
      B. Competency Standards, Basic Competencies, and Indicators are cited from the syllabus that has been developed and implemented in an educational unit (SD / MI, SMP / MTs, SMA / MA / SMK).
      Attention: Competency standards - basic competencies - indicators are an interrelated mindset that can not be separated.
      Indicators are behavioral (measurable evidence) that can give an idea that students have achieved basic competencies.
      Basic competence is a number of competencies that provide an idea that students have reached the standard of competence.
      C. Indicators are:
      1) Markers of achievement of basic competencies characterized by measurable behavioral changes that include attitudes, knowledge, and skills.
      2) Developed in accordance with the characteristics of learners, educational units, and potential areas.
      3) The formula uses measurable and / or observable operational work.
      4) Used as a basis for developing assessment tools.
      5) Compiled with operational (measurable) sentences containing ABCD components (Audience = Student, Behavior = Behavior, Competency = Competency and Degree = rank / size).
      D. Time allocation is calculated for the achievement of one basic competency, expressed in lesson hours and number of meetings (eg 2 x 40 minutes). Therefore, the time to attain a basic competency can be taken into account in one or more meetings depending on the characteristics of its basic competencies.
      2. Learning Objectives
      A. Write out the output (direct result) of a package of learning experiences packaged by the teacher, therefore the goal setting can refer to the student learning experience. For example:
      Learning experience: Getting information about the circulatory system in humans and communicating to fellow students in the classroom.
      The learning objectives, may be any of the following or overall learning objectives:
      1) Students can answer the following teacher questions:
      A) Any organ that belongs to the circulatory devices.
      B) Mention the parts of the heart.
      C) Describe the mechanism of blood circulation in humans.
      2) Students can respond well to questions raised by their classmates.
      3) Students can repeat information about blood circulation which has been submitted by teacher.
      A) When less than 1 (one) meeting is conducted, it is useful to distinguish the learning objectives according to the meeting time, so that the target of each learning product is clearly visible.

      Hapus
    2. 3. Learning Materials
      Learning materials are materials used to achieve learning objectives and indicators. Material is quoted from the subject matter in the syllabus. The subject matter was then developed into several material descriptions. To facilitate the determination of the description of the material can be referred from the indicator. Example:
      Indicator: Mention types of animal foods (IPA Class IV SD)
      Learning Objectives: Mention types of animal foods include land animals and aquatic animals.
      Learning materials:
      Types of animal foods:
      A. Types of animal food live on land
      B. The types of animal foods that live in water
      4. Learning Method
      Methods can be interpreted as really methods, but can also be interpreted as models or learning approaches, depending on the characteristics of the approach and / or strategy chosen.
      Hence in this section list the learning approaches and methods that are integrated into a single student learning experience:
      A. Learning approach used, for example: process approach, contextual, direct learning, problem solving, and so on.
      B. The methods used, for example: lecture, inquiri, observation, question and answer, and so on.
      5. Learning Steps
      To achieve a basic competence should be included steps of each meeting activity. Basically, the activity steps contain elements of preliminary / opening activities, core activities, and closing activities.
      The standard steps that must be met in each element of learning activities are as follows:
      A. Preliminary activities
      1) Orientation: focusing students' attention on the material to be learned. Can be done by showing interesting objects, giving illustrations, reading news in newspapers and so forth. Example: "Children, watch what I hold. Karim, please you mention what I hold ".
      The mention of the student's name in the lesson plan will greatly assist the teacher in controlling the students involved in the lesson.
      2) Apperception: provide students with an initial perception of the material to be taught. Example: Students observe images (newspaper scissors) about buildings / objects damaged by earthquakes (images do not have to be uniform). This stage can also be used to determine the prerequisite knowledge that must be possessed by students, can be extracted by doing pretest.
      3) Motivation: The teacher provides an overview of the benefits of studying earthquakes, areas of work related to earthquakes, and so forth.
      4) Giving Reference: usually related to the study of science to be studied. Reference can be a description of the subject matter and a description of the subject matter in outline.
      5) Distribution of learning groups and explanation of mechanisms for the implementation of learning experiences (in accordance with the lesson plans).
      B. Core activities
      Contains the systematic steps that students pass through to be able to construct knowledge according to their own schemata (frame work). The steps are structured in such a way that students can show behavioral changes as set forth in the learning objectives and indicators. To facilitate, the core activities should be completed with Student Worksheet (LKS), please note, the existing LKS in the book of traded LKS is not necessarily in accordance with the plan prepared by the teacher.
      C. Closing activity
      1) The teacher directs the student to make a summary / conclusion.
      2) The teacher examines student learning outcomes. Can be given a written test or oral test or ask students to repeat the conclusion that has been prepared or in the form of question and answer by taking ± 25% of students as a sample.
      3) Provide direction for follow-up learning, can be activities outside the classroom, at home or task as part remidi / enrichment.
      The learning steps may be arranged in the form of a whole series of activities, according to the characteristics of the selected learning model, using the syntax sequence according to the model. Therefore, preliminary / opening activities, core activities, and closing activities do not have to be present in every meeting.

      Hapus
    3. 6. Learning Resources
      Selection of learning resources refers to the formulation that is in the syllabus developed by the educational unit. Learning resources include referral sources, environment, media, resource persons, tools, and materials. Learning resources are written more operationally. For example, the source of learning in the syllabus is written a reference book, in the RPP should be included the title of the text book, author, and page referenced.
      7. Assessment
      Assessment is spelled out for assessment techniques, instrument forms, and instruments used to collect data. In the dish can be poured in the form of horizontal or vertical matrix. If the assessment uses written test techniques of description, performance tests, and home tasks in the form of projects should be accompanied by the assessment rubric.
      Need to be realized by the teacher, that:
      1. The correct RPP will have an impact on the writing of teaching materials and LKS itself by the teacher. Because the teaching materials in the Student Learning Handbook and LKS (which are sold freely) is not necessarily in accordance with the lesson plan prepared by the teacher.
      2. Because the RPP is prepared by the teachers themselves, it will be encouraged by the teachers to prepare the learning facilities to make it easier for students to learn.
      3. Creative ideas that aim to membelajarkan students will have an impact on improving the effectiveness of learning.
      4. Creative ideas can only be generated by a teacher who sincerely trying to educate his students.

      Hapus
  3. How do you think about teachers who often copy paste RPP?

    BalasHapus
    Balasan
    1. No one reason could explain a teacher may copy paste RPP has one teacher for use by other teachers. The process of copy pasting means ignoring the principle of honesty, because teaching in class alone must be different from the situation in the other class. Although one teacher teaches in the same class, but of course each teacher has different teaching styles to suit his students' learning needs & the characteristics of the class he teaches.

       "Analysis of Mathematics Instructional Design as an Instrument for Mathematics Teaching Reform", the title of papers I have presented at the National Mathematics Seminar UNPAD-UI at the end of December 2008 ago. The content of this paper is my research report on the RPP Mathematics document profile among teachers of SD / MI in Bogor.

      My hilarity increases tremendously when I look at the results of that research, (1) most teachers can not integrate the relationship between learning objectives, learning strategies, and learning evaluations; (2) most teachers tend to use a single method, the lecture method as a teaching strategy; (3) the majority of teachers tend to evaluate only the students' memorabilia skills (low-order thinking skills).

      After I try to understand the reality that happened, finally I do not feel strange again if RPP one teacher with other teachers almost like the contents. For example, there are some teachers who make the same learning procedures, such as starting from prayer, apperception, lecture, practice questions, discussion, closing, and ending with prayers again. This is a sign the teacher does not understand the meaning of the RPP.

      One teacher does not understand how to create an RPP, then he mistakenly makes an RPP. Because other teachers assume that his friend's wrong RPP is good, then copy paste RPP have friends so choice. Fatal consequences, siswalah who eventually become victims because the teacher does not understand what and how should make a good RPP. Because I'm not you and you are not me, should the teachers simultaneously say my RPP for me, your RPP for you ...

      Hapus
  4. Hi ferdi can you explain why RPP is needed in education as a teacher's guide?

    BalasHapus
    Balasan
    1. Creating a learning implementation plan is essential for every teacher. Because in the RPP contains about the purpose of learning in which each subject will have a different purpose. In addition, RPP also includes materials planning, props planning, teaching methods and learning procedures. At a minimum with teachers making RPP the teacher will know what material he will teach for his students tomorrow. Minimal learning rek ,,,,
       Hhhmmm bener right my word if RPP is important ... ..
      Well then from that every teacher, in condition and situation however, teacher still have to make plan implementation of learning (RPP), because planning is instructional guide. In teaching Teachers may not make the curriculum, may also not make props, even in certain cases do not do the assessment, but should not not make the planning.
      Wow to be so yes ... .. heheheh relax dunk ,,,
      Thus the importance of planning for teachers, so it is wrong if there is a presumption that the teacher is enough to develop a syllabus. The syllabus is still common and still needs to be translated into a more specific planning or RPP. In this case, the syllabus has not included in detail what the learner should do, what the teacher should do in helping the learners to establish competence, what to use, how, and how long it will take. Therefore, in every curriculum implementation, teachers
      Still required and must make RPP, only way can be more simplified.
      Thus, RPP is an attempt to estimate the actions to be performed in the learning activities. These efforts need to be undertaken to coordinate the learning components, namely basic competencies, standard materials, learning outcomes indicators, and classroom-based assessment (PBB).

      Hapus
  5. What success will be obtained if we use RPP?

    BalasHapus
    Balasan
    1. Benefits of the lesson plan, including for reference for teachers in providing learning, so more systematic and planned to achieve learning objectives within a certain time.
      With learning planning as well, learning schedule becomes more directed, useful for both teachers and for students.


      Preparation of a lesson plan can also refresh knowledge for teachers, to remember important things in the learning process and learning materials. It can be determined precise and varied methods for a particular lesson. Then there is the evaluation for improvement and the addition of better learning methods.

      Hapus
  6. What is the use of RPP in education

    BalasHapus
    Balasan
    1. Creating a learning implementation plan is essential for every teacher. Because in the RPP contains about the purpose of learning in which each subject will have a different purpose. In addition, RPP also includes materials planning, props planning, teaching methods and learning procedures. At a minimum with teachers making RPP the teacher will know what material he will teach for his students tomorrow. Minimal learning
      Well then from that every teacher, in condition and situation however, the teacher still have to make plan implementation of learning (RPP), because planning is instructional guide. In teaching Teachers may not make the curriculum, may also not make props, even in certain cases do not do the assessment, but should not not make the planning.
      Thus the importance of planning for teachers, so it is wrong if there is a presumption that the teacher is enough to develop a syllabus. The syllabus is still common and still needs to be translated into a more specific planning or RPP. In this case, the syllabus has not included in detail what the learner should do, what the teacher should do in helping the learners to establish competence, what to use, how, and how long it will take. Therefore, in every curriculum implementation, teachers
      Still required and must make RPP, only way can be more simplified.
      Thus, RPP is an attempt to estimate the actions to be performed in the learning activities. These efforts need to be undertaken to coordinate the learning components, namely basic competencies, standard materials, learning outcomes indicators, and classroom-based assessment (PBB).

      Hapus
  7. explain about fungsion RPP in the education??

    BalasHapus
    Balasan
    1. The function of RPP (learning implementation plan) is as a reference for teachers to carry out teaching and learning activities (learning activities) to be more directed and run effectively and efficiently. In other words, the implementation plan of learning acts as the scenario of the learning process. Therefore, the implementation plan of learning should be flexible (flexible) and possible members for teachers to adjust to the student's response in the actual learning process.

      Hapus