PROFIL GURU KIMIA BERPRESTASI - JUARA I LKG KIMIA RSMABI JATENG

MARIA YEKIANA MULYAHATI, M.Pd
SMAN 1 JEPARA
E-mail : mariamulyahati@gmail.com



LESSON PLAN

BY :
MARIA YEKIANA MULYAHATI
STATE SENIOR HIGH SCHOOL 1 JEPARA





2010
TABLE OF CONTENTS

A. LESSON PLAN 1
B. ATTACHMENT
B.1. Song Of The Atomic Theory 6
B.2. The Rule Of Hotel Room Game Electron Configuration 7
B.3. Worksheet 9
B.4. Conclusion Of Formula Electron Configuration 10
B.5. Puzzle A 11
B.6. Puzzle B 12
B.7. Key of Worksheet 13
B.8. Key of Puzzle A 14
B.9. Key of Puzzle B 15
B.10. Scoring of Assesment 16
B.11. Seat Plan 17


















LESSON PLAN
(RPP)

School : SMA Negeri 1 JEPARA
Subject : CHEMISTRY
Class / Semester : X / 1
Competence : To understand the structure of the atom, properties of elements, and chemical bond
Basic Competence : To understand the structure of the atomic theory based on the Bohr atom, properties of elements, relative atomic mass, and periodical properties of elements on the periodic table and knowing regularity periodic, through the electron configuration
Indicators : 1. To determine the electron configurations and valence electrons.
2. To determine an atom position in periodic table.
Time Allotment : 2 x 45 minutes


A. LEARNING OBJECTIVES
Through the assignment, the discovery of concepts, and exercises, students can :
1. determine the electron configuration.
2. determine an atom position in periodic table.

B. SUBJECT MATTER OF LEARNING
1. Electron Configuration
According to Bohr, electron is moving around the nucleus in certain level of energy. Every shell will be filled by some number of electrons.
The electron orbital shell 1, 2, 3, 4, 5, 6, and 7 are named K, L, M, N, O, P, and Q. This construction of electron in atom is called as electron configuration.
The maximum amount electron in every shell is 2n2 :
K shell consist of maximum 2 electron
L shell consist of maximum 8 electron
M shell consist of maximum 18 electron
N shell consist of maximum 32 electron
O shell consist of maximum 50 electron
P shell consist of maximum 72 electron
Q shell consist of maximum 98 electron
2. Correlation of Electron Configuration with Period and Group
The electron configuration of atom can be used to determine an atom position in periodic table. Group number = determined from the number of its valence electron.
Period number = determined from the total number of shell filled with electron.

C. METHODS, MEDIA, AND MODEL OF LEARNING PROCESS
Methods : Discussion
Ask and Answer
Concept Discovery
Assignment
Media / tools : Multimedia
Worksheet
Model of Learning : Cooperative Learning
Concept Song
Game
Dancing Ball
Think Pairs Share (TPS)

D. STEPS OF LEARNING ACTIVITY (Learning scenario)

1. Pre-Teaching and Learning Activities (10 minutes)
a. Arrange the classroom
b. Preparing the classroom conditions become conducive.

2. Opening Activities (15 minutes)
a. Check the students
b. Provide brain-storming through singing and asked questions (8 minutes)
1). Singing a chemical song. (Song text attached)
2). What do you think about the atomic models that have been learned?
c. Motivation (5 menit)
Teacher create an atmosphere of class so that students interested in material that will be delivered through the following activities:
1). Teacher invites students to peel fruits, bark turned out to have two skin of rough skin and epidermis skin. Then the teacher explain the corelation with the atoms in this learning process.
2). Teachers reminded of Bohr’s atomic model. According to Bohr, electron is moving around the nucleus in certain level of energy. Every shell will be filled by some number of electrons. Can be illustrated with a hotel room.

3. Main Activities (50 minutes)
Teacher Students
a. Preparing the hotel room game for students to explain about the electron configuration of matter. (Rules of the game is attached).
b. Guiding the students in the hotel room game
Room K = regarded as the first shell
Room L = regarded the second first shell
Room M = regarded as the third shell
Room N = regarded as the fourth shell
Room O = regarded as the fifth shell
Room P = regarded as the sixth shell
Room Q = regarded as the seventh shell
Each room can only be filled in a number of people using the formula 2n 2.
In this game explained about electron configuration.
c. When students are doing the hotel room game, the teacher held some questions on how to determine the electrons configuration of an atom.
d. Guiding students to make a concept of electrons configuration through the game that has been done.

e. Explaining the valence electrons to determine the group and period of elements in purpose to determine the location of an atom in the periodic system.


f. To ask questions about how to look for group and period of elements.
g. Giving the task to the students to solve some problems on the worksheet about how to determine the electrons configuration, group and period.
h. Guiding students in the process to solve the problem in front of the class with the ball toss game techniques (questions from a worksheet that was already distributed)
i. Emphasizing to students that the configuration of how the shell can only be used to locate group and the period of an element in the main group only, while groups in the transition and the transition will be discussed in eleventh grade.
a. Giving attention to the explanation regarding the hotel room game.
b. Doing the hotel room game in accordance with the rules that have been described.
c. Answering questions put by the teacher and ask the teacher about the material that is not clear.
d. Students discover the concept of electron configuration through the game that has been done.
e. Watching the explanation about the determination of group and period described by the teacher and answer the questions put by the teacher
f. Answering questions put by the teacher and ask the teacher about the material that is not clear.
g. Students work on the problems in the worksheet (time : 5 minutes).
h. By singing together (chemistry song), students passing the ball sweepstake, for students who get the ball when the song was stopped will be given the opportunity to go forward in front of the class to complete one question from the worksheet. The number of the question will be choosen by the teacher in the random way. Keep doing that way until the questions are completed. Other students correcting the answers by watching the position of atoms in the periodic system elements.
i. Giving attention to the explanation teacher.


4. Closing Activities (15 minutes)
a. With students making a conclusion of configuration formula. (3 minutes)
b. Doing an evaluation by the way in pairs, each pair consist of two people, that will be categorized as A and B with the different question. The answers will be corrected by their own partner (A correcting answer B, B correcting answer A). (10 minutes)
c. Teacher explains about the benefits of electron configuration and electron valence learning to determine the group and period of an atom (2 minutes)

E. SOURCE OF LEARNING
Justiana, Muchtaridi. 2009. Chemistry 1. Jakarta : Yudhistira. (page 38 to 41)
Johari, Rachmawati. 2009. Chemistry X. Jakarta : Esis Erlangga. (page 51 to 53)
Sunardi. 2007. Kimia Bilingual. Bandung : Yrama Widya. (page 36 to 42)
Watoni, Abdul Haris. Workbook Chemistry X. Jakarta. Yudhistira. (page 8 to 9)

F. ASSESSMENT
1. Procedure Assessment
a. Pre-test : carried out in brain-storm (affective value)
b. Test in progress : the ability to solve the problem with the game in the KBM
c. Post- test : the ability to solve the problem with the model think pairs share conducted by an individual

2. Type of Test
a. The oral test (in brain-storming).
b. The written test (in learning process and post- test).

3. Form Test
a. Fields brief or limited description (in the learning process).
b. Puzzle (in pos-test).

4. Instrument Test
a. Worksheet (attached)
b. Puzzle (attached)
c. Answer key and scoring (attached)



















Attachment :
(TEACHING LEARNING PROCESS)


SONG OF THE ATOMIC THEORY

5 3 5 6 5 4 7 2
Dalton said atom is like solid ball

4 2 7 5 6 5 4 3
Thomson said atom have the electron

5 3 7 7 6
Rutherford said atom have the nucleus

7 6 5 5 7
Niels Bohr said it has stationary path























THE RULE OF HOTEL ROOM GAME
ELECTRON CONFIGURATION



1. Appointed 7 students as owners of the hotel room
First student : the owner of K's room (maximum capacity may be filled with two people)
Second student : the owner of L’s room (maximum capacity may be filled with eight people)
Third student : the owner of M’s room (maximum capacity may be filled with 18 people)
Fourth student : the owner of N’s room (maximum capacity may be filled with 32 people)
Fifth student : the owner of O's room (maximum capacity may be filled with 50 people)
Sixth student : the owner of P’s room (maximum capacity may be filled with 72 people)
Seventh student : the owner of Q's room (maximum capacity may be filled with 98 people)

But with conditions: although the capacity of different rooms but each room may only be occupied SPECIAL NUMBERS: 1, 2, 3, 4, 5, 6, 7, 8, 18, 32, 50, 72, 98 course, do not forget to comply with maximum rule each room. Apart from this amount can not (the teacher explaining to do with the energy of the path).

2. Appoint one person as a tour leader who will bring tourists and divide the rooms for the tourists.

3. Games:
The position of each owner's room ready in their places. Tour leader carrying five people to carry tourists to the room owner. (Placement of tourists must be ordered from room K, L, M, and so on).
Preview :
Game Group TOURIST CONFIGURATION IN ROOM
K L M N O P Q
1 X 5 people 2 3
2 Y 10 people 2 8
3 Z 15 people 2 8 5
4 A 20 people 2 8 8 2
5 Q 35 people 2 8 18 7
6. R 50 people 2 8 18 18 4

The teacher explained that when a group of tourists arrived and distributed into the room was completed, the tour guide must record the number of rooms used and the number of people in the last room. Hal ini dihubungkan dengan materi kimia yang dipelajari, bahwa : This is connected with chemical material studied, that :
The amount of tourists in the group = number of electrons from an atom (the same as the atomic number if the atom neutral or uncharged).

Number of rooms occupied = NUMBER OF SHELL filled the electron determine the number of atoms in the period of a periodic system of elements.

The number of people who fill the last room = VALENCE ELECTRONS determine the number of atom groups in the periodic system of elements.

With this explanation it can be argued that :
1. X atom with 5 electrons, the location in SPU is : group = IIIA, and period = 2
2. Y atom with 10 electrons, the location in SPU is : group = VIIIA, and period = 2
3. Z atom with 15 electrons, the location in SPU is : group = VA, and period = 3
4. A atom with 20 electrons, the location in SPU is : group = IIA, and period = 4
5. Q atom with 35 electrons, the location in SPU is : group = VIIA, and period = 4
6. R atom with 50 electrons, the location in SPU is : group = IVA, and period = 5
































WORKSHEET



Write the electron configuration and determine the valence electron, group, and the period from the atoms below :



Atom Atomic
Number Electron
Shell
K L M N O P Q VE GROUP PERIOD
Na 11
Rb 37
Ba 56
Al 13
Kr 36
Sb 51
Rn 86
Be 4
F 9
Xe 54
Pb 82
Ra 88























CONCLUSION OF FORMULA ELECTRON CONFIGURATION


1. Configuration is a description of the composition of the electron shells of electrons in atoms.
2. Bohr's atomic theory states that electrons orbit around the nucleus in certain orbits. Orbit or path is referred to below the shell.
3. First shell as K shell, second shell as L shell, third shell as M shell, fourth shell as N shell, fifth shell as O shell, sixth shell as P shell, seventh shell as Q shell.
4. K shell has the lowest energy and a higher shell has a higher energy. The more distant location from the nucleus of shell, the higher the energy.
5. According to Wolfgang Pauli, the maximum number of electrons that can occupy each shell is described as: 2n2.
6. The maximum number of electrons in the shell of K = 2
The maximum number of electrons in the shell of L = 8
The maximum number of electrons in the shell of M = 18
The maximum number of electrons in the shell of N = 32
The maximum number of electrons in the shell of O = 50
The maximum number of electrons in the shell of P = 72
The maximum number of electrons in the shell of Q = 98
7. Group is determined by the valence electrons or the number of electrons filled in the outermost shell
Period is determined based on the number of shell filled with electron.
























PUZZLE (A)


Complete the following crosswords.

1
2
2
3 4 5
1 6


3

4





ACROSS :

1. The name of electron in the outermost shell
2. Number of shell filled with electron
3. Period number of Ca atom (atomic number = 20)
4. Group number of Ca atom =……… A



DOWN :

1. Group number of Kr atom =….. A (atomic number = 36)
2. Kulit atom (english)
3. Period number of Fr atom (atomic number = 87)
4. The particle has negatively charge
5. Charged atom
6. The charge of electron











PUZZLE (B)



1


4


1 2

3
2 5

3

4



5





ACROSS :

1. Vertical column in the periodic table of the elements
2. Group number is the number of electron in the ………….. shell
3. Period number of In atom (atomic number = 49)
4. Group number of Ne atom =……… A (atomic number = 10)
5. Group number of In atom =……… A (atomic number = 49)



DOWN :

1. The construction of electron in atom is called …..
2. Atomic number of Fluorin
3. Charged atom
4. Period number of Sr atom (atomic number = 38)
5. Group number of Sr atom = …….A






KEY OF WORKSHEET



Write the electron configuration and determine the valence electron, group, and the period from the atoms below :




Atom Atomic Number Electron Shell
K L M N O P Q VE Group Period
Na 11 11 2 8 1 1 IA 3
Rb 37 37 2 8 8 1 1 IA 4
Ba 56 56 2 8 18 18 8 2 2 IIA 6
Al 13 13 2 8 3 3 IIIA 3
Kr 36 36 2 8 8 8 VIIIA 3
Sb 51 51 2 8 18 18 5 5 VA 5
Rn 86 86 2 8 18 32 18 8 8 VIIIA 6
Be 4 4 2 2 2 IIA 2
F 9 9 2 7 7 VIIA 2
Xe 54 54 2 8 18 18 8 8 VIIIA 5
Pb 82 82 2 8 18 32 18 4 4 IVA 6
Ra 88 88 2 8 18 32 18 8 2 2 IIA 7






















KEY OF PUZZLE (A)


Complete the following crosswords.

1 E
2 P E R I O D
2 S G
H 3 S 4 E H 5 I
1 V A L E N C E E L E C T R O 6 N
L V E N E
L E C G
N 3 T H R E E A
R T
4 T W O I
N V
E



ACROSS :

1. The name of the electron at outermost shell
2. Number of shell filled with electron
3. Period number of Ca atom (atomic number = 20)
4. Group number of Ca atom =……… A



DOWN :

1. Group number of Kr atom =……… A (atomic number = 36)
2. Kulit atom (english)
3. Period number of Fr atom (atomic number = 87)
4. The particle has negatively charge
5. Charged atom
6. The charge of electron












KEY OF PUZZLE (B)



1 E
L
E
C 4 F
T I
R V
1G R O U P 2 N U M B E R
N I
C N 3 I
2O U T E R M O S 5 T
N N W
3 F I V E O
I
4 E I G H T
U
R
A
5 T H R E E
I
O
N


ACROSS :


1. Vertical column in the periodic table of the elements
2. Group number is the number of electron in the ………….. shell
3. Period number of In atom (atomic number = 49)
4. Group number of Ne atom =……… A (atomic number = 10)
5. Group number of In atom =……… A (atomic number = 49)



DOWN :

1. The construction of electron in atom is called …..
2. Atomic number of Fluorin
3. Atom charged
4. Period number of Sr atom (atomic number = 38)
5. Group number of Sr atom = …….A





SCORING OF ASSESMENT



Puzzle A Puzzle B
Across = 4 number x 10 = 40
Down = 6 number x 10 = 60 Across = 5 number x 10 = 50
Down = 5 number x 10 = 50
Total = 100 Total = 100











































SEAT PLAN

DATA NAMA GURU PESERTA WORKSHOP KIMIA MGMP RSBI JATENG, PONDOK REMAJA SALATIGA 8-9 OKTOBER 2010

1.
NAMA LENGKAP : AGUS PRASETYA GUNAWAN, S.Pd
TEMPAT TANGGAL LAHIR : KEBUMEN, 9 JANUARI 1968
JENIS KELAMIN : L
PANGKAT/GOL : PENATA / GOL III C
NIP : 196801092003121001
ALAMAT RUMAH : KARANG TENGAH RT 02 RW 02, PADURESO, PURWOREJO
NO. Telp rumah: 02253128435
HP: 082893793014
NAMA SEKOLAH : SMA N 1 PURWOREJO
ALAMAT SEKOLAH : JL. TENTARA PELAJAR NO 55, PURWOREJO
MENGAJR KELAS : XI

2.

NAMA LENGKAP : Drs. SUROTO
TEMPAT TANGGAL LAHIR : PURWOREJO, 13 APRIL 1967
JENIS KELAMIN : L
PANGKAT/GOL : PENATA MUDA TINGKAT I / GOL III C
NIP : 196704132005011009
ALAMAT RUMAH : Gang SILIGUNDI RT 01 RW 05, PANGEN JURU TENGAH, PURWOREJO
e-mail : rotobunowo@gmail.com
HP: 085228001213
NAMA SEKOLAH : SMA N 1 PURWOREJO
ALAMAT SEKOLAH : JL. TENTARA PELAJAR NO 55, PURWOREJO
MENGAJR KELAS : X / XII

3.

NAMA LENGKAP : Drs. MAHMUD HILMI
TEMPAT, TANGGAL LAHIR : KUDUS, 20 JUNI 1965
JENIS KELAMIN : LAKI-LAKI
PANGKAT/GOL : PEMBINA/IVA
NIP : 19650620 199303 1 003
ALAMAT RUMAH : PERUM GRIYA SEJAHTERA C 08
PRAMBATAN LOR KUDUS
NO. TELP RUMAH: (0291) 4248283
HP: 085726844312
E-mail: mahmudhilmi25@yahoo.co.id
NAMA SEKOLAH : SMA 1 KUDUS
ALAMAT SEKOLAH : JL. PRAMUKA 41 KUDUS
NO. TELP: (0291)431368
E-MAIL: small kds@yahoo.com
MENGAJAR KELAS : XI

4.

NAMA LENGKAP : JOKO WALUYO, S.Pd.
TEMPAT, TANGGAL LAHIR : SUKOHARJO, 29 APRIL 1965
JENIS KELAMIN : L
PANGKAT / GOL : PEMBINA / IV.A
NIP : 19650429 198803 1 007
ALAMAT RUMAH : DESA PURON, RT.03 / RW.02, KEC. BULU, KAB. SUKOHARJO
HP: 081329045691
EMAIL: pakjoy@yahoo.co.id

NAMA SEKOLAH : SMA NEGERI 2 WONOGIRI
ALAMAT SEKOLAH : JL. NAKULA V WONOKARTO WONOGIRI 57612
TELP / FAX: 0273-321385
EMAIL: rsbigiri2@yahoo.co.id

MENGAJAR KELAS : XI

5.
Nama : ASFIA ROSITA, S.Pd
Tempat / tanggal lahir : Kudus, 5 Januari 1971
Jenis kelamin : Perempuan
Pangkat / Gol. : Penata Muda / IIIa
NIP : 19710105 200604 2 019
Alamat Rumah : Hadipolo RT 7 / RW V Jekulo Kudus
No. Telp : HP. 081 5663 3265
Email :
Facebook :
Blog / Website :
Sekolah : RSMA BI 1 Bae Kudus
Alamat Sekolah : Jln Jendral Sudirman Km 4 Kudus
No Telp Sekolah : ( 0291 ) 438821
Email sekolah : sma1bae@gmail.com
Mengajar Kelas : X dan XI

6.
Nama : SRI REJEKI, S.Pd
Tempat / tanggal lahir : Kudus, 25 Mei 1972
Jenis kelamin : Perempuan
Pangkat / Gol. : Penata tk. 1 / IIId
NIP : 19720525 199802 2 004
Alamat Rumah : Dersalam RT 2 / RW V No. 907 Bae Kudus
No. Telp : HP. 081 325 012 063
Email : s_rejeki28@yahoo.co.id
Facebook : s_rejeki28@yahoo.co.id
Blog / Website :
Sekolah : RSMA BI 1 Bae Kudus
Alamat Sekolah : Jln Jendral Sudirman Km 4 Kudus
No Telp Sekolah : ( 0291 ) 438821
Email sekolah : sma1bae@gmail.com
Mengajar kelas XI : XI

7.
NAMA : DRA NANIK SURYANTI
(dengan gelar)

TEMPAT,TANGGAL LAHIR : BANTUL,10 MEI 1964

JENIS KELAMIN : P

PANGKAT/GOL : PENATA / III C

NIP : 196405102000122002

ALAMAT RUMAH : Perumahan rinenggo asri blok D5/46 cilacap
No telp rumah: 0282540027 HP: 085869750810
Email : n.suryanti@ymail.com

NAMA SEKOLAH :
NO telp 0282541809
fax : 545929
email : sman3-cilacap@yahoo.co.id

MENGAJAR KELAS : X dan XII

8.
NAMA LENGKAP : Drs. ILHAM BUDI SANTOSA, M. Pd
TEMPAT, TANGGAL LAHIR : BANJARNEGARA, 3 JUNI 1967
JENIS KELAMIN : LAKI-LAKI
PANGKAT/GOL : PEMBINA/ IV A
NIP : 19670603 199303 1 009
ALAMAT RUMAH : KUTABANJARNEGARA RT 02/03 BANJARNEGARA Telp. Rumah: 0286 593719 e-mail : ilhambudisantosa@.gmail.com
MENGAJAR KELAS : X dan XI
9.
Nama Lengkap : UMMU FARWAH S.Pd.
Tempat Tanggal Lahir : Pemalang, 31 Mei 1965
Jenis Kelamin : Permpuan
Pangkat/Golongan : Pembina/IVA
NIP : 196505311988032005
Alamat Rumah :Perumahan Kwayangan Jl, Amarta ! no 71
Kedungwuni Pekalongan
No, Telp, : 02854482055 HP. 08156953211
Email :ummu.kimia@gmail.com
Nama Sekolah : SMA NEGERI 1 KEDUNGWUNI KAB. PEKALONGAN
Alanat Sekolah : Jl. Paesan Utara Kedungwuni Kab. Pekalongan
No Telp/Fax : (0285)785434
E-mail : info@sman1kedungwuni.com
Mengajar Kelas : X
10.
NAMA : Dra SRI LESTARI BUDIHASTUTI
TEMPAT, TANGGAL LAHIR : PURWOREJO, 9 OKTOBER 1958
JENIS KELAMIN : PEREMPUAN
PANGKAT / GOL : PEMBINA / IVA
NIP : 19581009 198303 2 004 (BARU)/ 131265424 (LAMA)
ALAMAT RUMAH : KUWARISAN RT 02/RW 11 , PANJER,KEBUMEN
TELP RUMAH :(0287)3871465
e-mail : swalita_2006@yahoo.com
NAMA SEKOLAH : SMA NEGERI 1 KEBUMEN
ALAMAT SEKOLAH : JL.MAYJEND SUTOYO NO 7 KEBUMEN
NO.TELP : (0287)381407
FAX : (0287)385012
e-mail : sma_1_kbm@yahoo.com
MENGAJAR : XII

11.
NAMA LENGKAP : MALICHATUN
TEMPAT TANGGAL LAHIR : KENDAL ,1-DES-1967
JENIS KELAMIN : PEREMPUAN
PANGKAT/GOL : PEMBINA/IVA
NIP :19671201199302.2-002
ALAMAT RUMAH : GRIYA SARANA MUKTI KEBONAGUNG ,KAJEN
HP:085226746337
NAMA SEKOLAH :SMA 1 KAJEN
ALAMAT SEKOLAH :JL.MANDUROREJO, KAJEN PEKALONGAN
NO.Telp(0285) 381708 e-mail sman 1 kajen@yahoo.com
MENGAJAR KELAS :X DAN XII
12.
NAMA LENGKAP : GUNAWAN S.pd
TEMPAT, TANGGAL LAHIR : Pekalongan, 4 januari 1963
JENIS KELAMIN : L
PANGKAT/GOL : Pembina / IV a
NIP : 196301041989011001
ALAMAT RUMAH : Perum GPI Blok E1 No. 3. Tanjungsari, Kajen, Pekalongan.
NO. Telp rumah :
HP : 085842327171
e-mail : gunawan.smanka@gmail.co.id
NAMA SEKOLAH ` : SMAN 1 Kajen kab. Pekalongan
ALAMAT SEKOLAH : Jl. Mandurorejo, kajen, pekalongan (51161)

NO. Telp (lengkap dengan kode wilayah) : 0285381708
Fax : 0285381708
e-mail : SMAN1KAJEN@yahoo.com
MENGAJAR KELAS : X
13.
NAMA LENGKAP : RINA PRADIYANTI, S.Pd
TEMPAT, TANGGAL LAHIR : BANJARNEGARA, 23 SEPTEMBER 1977
JENIS KELAMIN : PEREMPUAN
PANGKAT/ GOLONGAN : PENATA MUDA TK I/ III B
NIP : 19770923 200701 2 007
ALAMAT RUMAH : JL. SAMOSIR BARAT III NO. 169 PERUM BOJONGBATA
PEMALANG
NO. TELP RUMAH : 0284. 321901 HP : 085727213646
E-MAIL : pradiyantirina@yahoo.co.id
NAMA SEKOLAH : SMA NEGERI 1 PEMALANG
ALAMAT SEKOLAH : JL. JENDERAL GATOT SUBROTO
PEMALANG
NO. TELP (LENGKAP DENGAN KODE WILAYAH) : 0284.321437
FAX : 0284.325226
E-MAIL : smansa_pml@yahoo.com
MENGAJAR KELAS : X DAN XII

14.
NAMA LENGKAP : DRA. ERLINA HARTININGSIH
TEMPAT TANGGAL LAHIR : GROBOGAN , 26 AGUSTUS 1960
JENIS KELAMIN : P
PANGKAT / GOL : PEMBINA/ IV a
NIP : 19600826 198703 2004
ALAMAT RUMAH : JL. RASAMALA RAYA NO.168 TELUK
PURWOKERTO
NO. TELP RUMAH : 0281 (638804)
HP : 081391449747
E-MAIL : budelin@yahoo.co.id
NAMA SEKOLAH : SMA NEGERI 1 PURWOKERTO
ALAMAT SEKOLAH : JL. GATOT SOEBROTO NO.73 PURWOKERTO
NO.TELP : 0281 (636293)
MENGAJAR KELAS : X
15.
NAMA LENGKAP : AISJAH, S.Pd, M.Pd
(dengan gelar)

TEMPAT, TANGGAL LAHIR : CIREBON, 29 APRIL 1970

JENIS KELAMIN : P

PANGKAT / GOL : PEMBINA / VIA

NIP. : 19700429 199201 2 001

ALAMAT RUMAH : JL. PAHLAWAN, TEMANGGUNG
HP. 08164261861
Email : icha_aisjah@yahoo.co.id

NAMA SEKOLAH : SMA NEGERI 2 TEMANGGUNG

ALAMAT SEKOLAH : JL. PAHLAWAN TEMANGGUNG
No. Telp. (0293) 491182
Fax. (0293) 491182
Email smada_tmg@yahoo.co.id

MENGAJAR KELAS : X / XI

Universitas Surabaya - UBAYA : Daftar nama peserta yang lolos karya tulis ilmiah tingkat sma se-indonesia. Acara yang diadakan oleh fakultas farmasi

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Keajaiban Struktur Melekul Air Zamzam

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