# RPP KD 3.1.id.en by jhonsi

VIEWS: 17 PAGES: 5

• pg 1
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
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,

()                                                                              ()
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,

()                                                                              ()
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,

()                                                                   ()
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