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RPP KD 3.1.id.en

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					                               LEARNING IMPLEMENTATION PLAN

Subject         : PHYSICS
Material               : Kinetic Theory of Gases
Conferences / time     : First - Fourth / 8 x 45 minutes
Method                 : Lectures

A. Basic Competency
   3.1 Describe the properties of monatomic ideal gas

B. Indicator
   o Describe the general equation of ideal gas at everyday problems in physics
   o Formulate Boyle-Gay Lussac law
   o Applying the general equation of ideal gas in the process of isothermal, and isobaric isokhorik

C. Essential Materials
   About gas laws (p. 220)
   Ideal Gas equation of state (p. 224)

D. Learning Media
   o Books Supiyanto SMA Class XI PHYSICS

E. Details of Student Learning Activities

     1. Preliminary                                                                                (20
        o Presenting indicators and competencies expected                                          minutes)


     2. Core Activities                                                                            (320
        o Understand the concept map on Gas Kinetic Theory                                         minutes)
        o Understand the meaning Mol and Molecular Mass
        o Boyle's Law equations reduce PV = Fixed  P1V1 =P2V2
                                                           V               V1       V2
        o   The equation of Charles-Gay Lussac Law              tetap         
                                                           T               T1       T2
        o   The equation of Boyle-Gay Lussac Law
             PV            PV      PV
                 tetap  1 1  2 2
             T              T1      T2
        o   Formulate an ideal gas equation PV  nRT
        o   Understanding the ideal gas equation PV = nRT
        o   Studying examples s.d Problem 10.1 10.5
        o   Doing exercises 10A. Pp. 228

     3. Cover
                                                                                                   (20
        o Provide conclusions
                                                                                                   minutes)
           - If the gas temperature in a closed vessel (not leak) is maintained, then the
              gas pressure is inversely proportional to its volume.
           - If the gas pressure within a closed vessel (not leak) is maintained, then the
              gas volume is proportional to absolute temperature.

     4. Homework
        o -

Know                                                                            Jakarta,
Headmaster                                                                      Subject Teachers



()                                                                              ()
                              LEARNING IMPLEMENTATION PLAN

Subject         : PHYSICS
Material               : Kinetic Theory of Gases
Conferences / time     : Fifth and Sixth / 4 x 45 minutes
Method                 : A lecture and work on the problems

A. Basic Competency
   3.1 Describe the properties of monatomic ideal gas

B. Indicator
   o Formulate the principle of energy ekipartisi
   o Mem formulated kesepatan energy and the average particle for translational motion, rotation and
       vibration
   o Applying the laws of physics for an ideal gas at everyday problems in physics

C. Essential Materials
   Kinetic Theory of Ideal Gas (p. 228)

D. Learning Media
   o Books Supiyanto SMA Class XI PHYSICS

E. Details of Student Learning Activities

     1. Preliminary                                                                                (5
        o Presenting indicators and competencies expected                                          minutes)
        o Repeating a previous meeting materials


     2. Core Activities                                                                            (80
        o Understand the kinetic theory of gases based on the assumption of ideal gas              minutes)
                                                                  1             N
                                                                                 
                                                                            2
        o   Formulate the gas pressure in closed containers p        mov
                                                                  3             V 
                                                    3
        o   Formulate Average Kinetic Energy EK      kT
                                                    2
        o   Studying the example problems s.d 8.10 6.10
        o   Doing exercises Problem 10.B no one s.d 5 Hlm.236


     3. Cover                                                                                      (5
        o Provide motivation for more work on the problems                                         minutes)


     4. Homework
        o -



Know                                                                            Jakarta,
Headmaster                                                                      Subject Teachers



()                                                                              ()
                              LEARNING IMPLEMENTATION PLAN


Subject         : PHYSICS
Material               : Kinetic Theory of Gases
Conferences / time     : Seventh and Eighth / 4 x 45 minutes
Method                 : Lectures and work on the problems

A. Basic Competency
   3.1 Describe the properties of monatomic ideal gas

B. Indicator
   o Formulate the principle of energy ekipartisi
   o Mem formulated kesepatan energy and the average particle for translational motion, rotation and
       vibration
   o Applying the laws of physics for an ideal gas at everyday problems in physics

C. Essential Materials
   Ekipartisi Energy Theorem (p. 231)

D. Learning Media
   o Books Supiyanto SMA Class XI PHYSICS

E. Details of Student Learning Activities

     1. Preliminary                                                                       (10
        o Presenting indicators and competencies expected                                 minutes)
        o Repeating a previous meeting materials


     2. Core Activities                                                                   (160
                                                         3kT                              minutes)
        o   Formulate an effective rate of gas VRMS 
                                                         mo
        o   Understanding energy theorem ekipartisi
        o   Studying contohh Problem 10.9 and 10:10. Pp. 235
        o   Doing exercises 10B. No. 6 s.d 10 pp. 236


     3. Cover                                                                             (10
        o Gives the conclusion that for a system of gas molecules at absolute             minutes)
           temperature T with each molecule having f degrees of freedom, the average
                                                           1   
            kinetic energy per molecule     E K is E K  f  KT 
                                                           2   


     4. Homework
        o -



Know                                                                 Jakarta,
Headmaster                                                           Subject Teachers



()                                                                   ()
                              LEARNING IMPLEMENTATION PLAN



Subject         : PHYSICS
Material               : Kinetic Theory of Gases
Conferences / time     : Ninth / 2 x 45 minutes
Method                 : Doing a matter of

A. Basic Competency
   3.1 Describe the properties of monatomic ideal gas

B. Indicator
   o Describe the general equation of ideal gas at everyday problems in physics
   o Formulate Boyle-Gay Lussac law
   o Applying the general equation of ideal gas in the process of isothermal, and isobaric isokhorik
   o Formulate the principle of energy ekipartisi
   o Mem formulated kesepatan energy and the average particle for translational motion, rotation and
       vibration
   o Applying the laws of physics for an ideal gas at everyday problems in physics

C. Essential Materials
   o EVALUATION OF CHAPTER 10

D. Learning Media
   o Books Supiyanto SMA Class XI PHYSICS

E. Details of Student Learning Activities

     1. Preliminary                                                                         (5
        o Presenting indicators and competencies expected                                   minutes)


     2. Core Activities                                                                     (80
        o Doing the evaluation chapter 10 (page 238)                                        minutes)


     3. Cover                                                                               (5
        o Motivate you to reproduce answer practice questions                               minutes)


     4. Homework
        o task



Know                                                                 Jakarta,
Headmaster                                                           Subject Teachers



()                                                                   ()
LEARNING IMPLEMENTATION PLAN

				
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