science spm
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paper 2.teknik menjawabTRANSCRIPT
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PN JUNAIDAH BT TAHIR
SMK BANDAR BARU BANGI
BENGKEL SAINS SPM 2010
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BENGKEL SAINS SPM 2010
BIL PERKARA KERTAS 1(1511/1)
KERTAS 2(1511/2)
1 Jenis Instrumen
Objektif Subjektif
2 Jenis Item Objektif Pilihan Jawapan A,B,C dan D
Struktur Esei
3 Bilangan soalan
50 3 BahagianA ( alternatif amali ) – 20 mB ( Struktur teori) – 30 mC( Esei) – No 10 wajib 10 m - No 11 @ 12 Pilih - 10m
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BENGKEL SAINS SPM 2010
BIL PERKARA KERTAS 1(1511/1)
KERTAS 2(1511/2)
4 Tempoh Ujian 1 jam 15 minit
5 Respons calon Lorek hitam pada borang OMR
6 Wajaran Konstruk Pengetahuan : 25Pemahaman : 15Aplikasi: 10
Pengetahuan ; 20Pemahaman: 14Kemahiran saintifik : 30Aplikasi :6
7 Aras Kesukaran R:S:T5:3:2
R:S:T5:3:2
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BENGKEL SAINS SPM 2010
BIL PERKARA KERTAS 1(1511/1)
KERTAS 2(1511/2)
8 Pemarkahan Dikotomus ( 1 atau 0)
Analitikal
9 JUMLAH MARKAH
50 70
JUMLAH MARKAH: K1 + K2 = 50 + 70 = 120% MARKAH: Markah Calon X 100 120
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PAPER 2 : SECTION A & C(Based on EXPERIMENT)
SCIENCE PROCESS SKILLS( 12 elements )
OBSERVATION ( O = MV+RV) INFERENCE ( I = O+Why) HYPOTHESIS ( H = MV+RV relationship) VARIABLES (MV,RV,CV) CLASSIFY MEASURE & USING NUMBER RELATIONSHIP SPACE & TIME COMMUNICATION ( graph/table/diagram) ANALYSE DATA PREDICT OPERATIONAL DEFINITION ( OD= Q is ……. O/RV) EXPERIMENTAL ( Section C No.10)
BENGKEL SAINS SPM 2010
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1. OBSERVATION1. What can your observe about the the plasticine block after the collision?
(Q: 4(b)(i)) SPM20072. Observe Diagram 2.1 and 2.2. Compare the focal lengths between two convex lens. SPM 2008
BENGKEL SAINS SPM 2010
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answerOBSERVATION
O = MV + RVTrolley Q (MV)
produceddeeper dent on the plasticine (RV)
(compare to the trolley P)
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2. INFERENCE1. State one inference that can
be made based on the observation. Q:4(b)(i) SPM 2007
2 State one inference for this experiment
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AnswerINFERENCE
I=O +becauseTrolley Q produced deeper dent (O)
becausetrolley Q has bigger
mass/momentum
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3. HYPOTHESIS1. State the hypothesis based
on this experiment Q: 2b spm 2007 Q: 4c spm 2007
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AnswerHYPOTHESIS
H=MV+RV 1.The further the distance of object (MV)
the smaller the size of image (RV)2.The bigger the mass (MV) the deeper the dent on the plasticine (RV)
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4. VARIABLES 1.State the variables in this experiment (i) Sentences Example: …to study the effect of pH value on the growth of bacteria MV RV
Q: No 3 spm 2007
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(ii) Table MV RV
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pH value
Cloudiness of mixture
Less than 7
Slightly cloudy
More than 7
pH7
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(iii) Graph
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Time MV
Volume of hdyrogen gas
RV
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CONSTANT VARIABLES (CS)(i)From statement ….Q: 1 spm 2007
(ii)From diagram…Q: 2,3,4 spm 2007
Find the answer !!!
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5. CLASSIFY1. Tick (/) in the boxes the
substances which can be used to replace magnesium . Q: 1c spm 2007
2. Give two characteristics of the image in Diagram 2.2. Q: 2d spm 2007
BENGKEL SAINS SPM 2010
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6. MEASURE and USING NUMBER1. Measure and write down the
size of the image formed in Diagram 2.1
Q: 2a spm 20072. What is the final reading of the
thermometer in Diagram 1.2? Q: 1b spm 2008
BENGKEL SAINS SPM 2010
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7.SPACE and TIME RELATIONSHIP
1. Based on the graph in 1(a), state the relationship between the volume of hydrogen gas and time in the first 90 seconds. Q: 1b spm 2007
2. What is the relationship between the height of seedling and time? Q: 3c spm 2008
BENGKEL SAINS SPM 2010
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answerSPACE & TIME RELATIONSHIP
BENGKEL SAINS SPM 2010
Time
Volume of hdyrogen gas
When the TIME increased ,the VOLUME OF HYDROGEN GAS increased
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8. COMMUNICATION1. Based on Table 1.1, draw a
graph of the volume of hydrogen gas against time.
Q: 1a spm 20072. Using the data in Table 3, draw
a graph of the height of the seedling against time Q: 3b spm 2008
BENGKEL SAINS SPM 2010
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answerDRAWING GRAPH
(i) HISTOGRAM/BAR CHART
(ii) LINE GRAPH
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9. ANALYSE DATA1. Based on Table 3, what is the
best condition for the growth of bacteria?
Q: 3b(i) spm 20072. Based on the graph, state the
optimum temperature for bacterial growth.
BENGKEL SAINS SPM 2019
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Time
Temperature
40 0C
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10. PREDICT1. Predict the size of the image if object P is placed at 10 cm from the pin hole camera. Q: 2c spm 2007
2. Predict the height of seedling on the 10th day. Q: 3d spm 2008
BENGKEL SAINS SPM 2010
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11. OPERATIONAL DEFINITION
1. Based on this experiment state the operational definition for bacterial growth Q: 3c spm 2007
2. What is the operational definition of distilled water? Q: spm 2003
3. State the operational definition of fermentation. Q: 4d spm 2008
BENGKEL SAINS SPM 2010
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answerOPERATIONAL DEFINITION
1. Based on the result in Table.
Bacterial growth(Q) is a process which cause the
cloudiness of mixture become very cloudy at pH 7 (O/RV)
BENGKEL SAINS SPM 2010
pH value
Cloudiness of mixture
Less than 7
Slightly cloudy
More than 7
Slightly cloudy
pH7 Very cloudy
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2.
Distilled water is a substance which has
boiling point 100 0 C BENGKEL SAINS SPM 2010
Substances Boiling point /
0CDistilled water 100Distilled water + common salt
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3. From the Diagram.
30 0 C
Fermentation is a process which gas P is collected at 30 0 C.
BENGKEL SAINS SPM 2010
east
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12. EXPERIMENTAL(Section C : No.10)
(a) Suggest a hypothesis to investigate the above statement.
(b)Describe an experiment to test your hypothesis in 10(a)
based on the following criteria. (i) Aim of the experiment (ii)Identification of variables (iii)List of apparatus and materials (iv) Procedure or method (v) Tabulation of data
THANK YOUBENGKEL SAINS SPM 2010