# Physical Sciences Grade 10 P2 National November 2017 QP

> Grade 10 Physical Sciences Paper 2 question paper from the National November 2017 (English), 15 pages. Read online or download the free PDF.

- Page: https://www.hlayiso.com/library/physical-sciences-p2-grade-10-nov-2017-eng/213637d6-396d-4726-b992-f926a8ee8443
- Updated: 2026-09-27
- Subject: Physical Sciences
- Grade: Grade 10
- Document type: Question paper
- Year: 2017
- Exam period: National November
- Paper: 2
- Curriculum: CAPS
- Pages: 15

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Physical Sciences · Grade 10 · National November · 2017. Question paper, 15 pages. Read online or download the PDF.

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                                   NATIONAL
                              SENIOR CERTIFICATE

                                    GRADE 10

                      PHYSICAL SCIENCES: CHEMISTRY (P2)

                                  NOVEMBER 2017

MARKS: 150

TIME: 2 hours

              This question paper consists of 13 pages and 2 data sheets.

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Physical Sciences/P2                          2                            DBE/November 2017
                                       CAPS – Grade 10

INSTRUCTIONS AND INFORMATION

1.        Write your name and class (for example 10A) in the appropriate spaces on
          the ANSWER BOOK.

2.        This question paper consists of NINE questions. Answer ALL the questions in
          the ANSWER BOOK.

3.        Start EACH question on a NEW page in the ANSWER BOOK.

4.        Number the answers correctly according to the numbering system used in this
          question paper.

5.        Leave ONE line between two subquestions, for example between
          QUESTION 2.1 and QUESTION 2.2.

6.        You may use a non-programmable calculator.

7.        You may use appropriate mathematical instruments.

8.        You are advised to use the attached DATA SHEETS.

9.        Show ALL formulae and substitutions in ALL calculations.

10.       Round off your final numerical answers to a minimum of TWO decimal places.

11.       Give brief motivations, discussions, et cetera where required.

12.       Write neatly and legibly.

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Physical Sciences/P2                                          3                         DBE/November 2017
                                                       CAPS – Grade 10

QUESTION 1: MULTIPLE-CHOICE QUESTIONS

Various options are provided as possible answers to the following questions. Each
question has only ONE correct answer. Choose the answer and write only the
letter (A–D) next to the question number (1.1–1.10) in the ANSWER BOOK, for
example 1.11 E.

1.1       Air can be classified as a/an …

          A     element.

          B     compound.

          C     homogenous mixture.

          D     heterogeneous mixture.                                                                        (2)

1.2       The graph below shows the heating curve of a substance.

                          Temperature (°C)
                                                               C         D
                                             100

                                                   A      B

                                                                             Time (s)
          In which part(s) of the graph does the substance gain kinetic energy?

          A     BC only

          B     CD only

          C     AB and CD

          D     AB, BC and CD                                                                                 (2)

1.3       In which ratio will group (I) elements react with group (VI) elements?

          A     2:1

          B     1:6

          C     6:1

          D     1:3                                                                                           (2)

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Physical Sciences/P2                        4                          DBE/November 2017
                                     CAPS – Grade 10

1.4      What is the total number of nucleons in the ion of calcium when calcium loses
         two electrons to form Ca2+?

          A     40

          B     18

          C     22

          D     20                                                                           (2)

1.5       Which ONE of the following groups of elements shows the CORRECT trend
          of the density of metals?

          A     Rb < K < Na < Li

          B     K < Na < Li < Rb

          C     Li < Na < K < Rb

          D     Na < Li <Rb < K                                                              (2)

1.6       A learner used the flow chart below to classify some examples of substances
          P, Q and R.
                                                                Yes
                Substance                   Definite shape                 P
                 (P, Q, R)
                                                    No

                                                               Yes
                                          Definite volume                 Q

                                                    No

                                                R

         What could substances P, Q and R possibly be?

                         P                      Q                       R
          A            Marble                  Oil                    Oxygen
          B              Oil                  Marble                  Oxygen
          C            Oxygen                  Oil                    Marble
          D            Oxygen                 Marble                    Oil                  (2)

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Physical Sciences/P2                          5                     DBE/November 2017
                                       CAPS – Grade 10

1.7       In a 20 g sample of molecules, which sample below has the greatest number
          of moles?

          A     NH 3

          B     N2

          C     CO 2

          D     H2                                                                         (2)

1.8       Carbon dioxide can change directly from the solid phase to the gas phase.
          This process is known as …

          A     sublimation.

          B     evaporation.

          C     decomposition.

          D     melting.                                                                   (2)

1.9       The chemical name for Fe 2 (SO 4 ) 3 is …

          A     iron sulphite.

          B     iron(III) sulphate.

          C     iron(II) sulphate.

          D     iron sulphide.                                                             (2)

1.10      All the soil on Earth is known as the …

          A     atmosphere.

          B     biosphere.

          C     lithosphere.

          D     hydrosphere.                                                               (2)
                                                                                           [20]

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Physical Sciences/P2                                       6                      DBE/November 2017
                                                    CAPS – Grade 10

QUESTION 2 (Start on a new page.)

Consider the following substances:

                                      C 90 ;        NaCℓ;    CO 2 ;   Fe;   H2O

2.1       Write down a substance from the list above that is the following:

          2.1.1        A molecular structure                                                            (1)

          2.1.2        A metallic structure                                                             (1)

          2.1.3        A covalent network structure                                                     (1)

          2.1.4        An ionic network structure                                                       (1)

2.2       Draw the Lewis dot diagram for the CO 2 molecule.                                             (2)

2.3       Identify the type of chemical bond in H 2 O.                                                  (1)

2.4       Draw the Lewis dot diagrams to show the formation of NaCℓ.                                    (3)

2.5       Study the models of compounds A, B and C below and answer the questions
          that follow.

                             A                                        B                  C

            K+          I-       K+            I-                     H                  H

             I-         K+       I-            K+
                                                                      C                   N

            K+          I-       K+            I-                            H
                                                              H       H             H             H

          Write down the:

          2.5.1        Chemical name of compound A                                                      (1)

          2.5.2        Chemical formula of compound B                                                   (1)

          2.5.3        Common name of compound C                                                        (1)

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Physical Sciences/P2                             7                             DBE/November 2017
                                          CAPS – Grade 10

2.6       Many of the gases in air are very useful. An important industrial process,
          fractional distillation of liquid air, separates these gases from one another.

          Consider the diagram below and answer the questions that follow.

                                                      Boils at -196 °C         NITROGEN

                         Compressed
             AIR                         LIQUID AIR         Boils at -186 °C     ARGON

                                                      Boils at -183 °C          OXYGEN

          2.6.1        Is this separation process physical or chemical?                              (1)

          2.6.2        Which physical property is used to separate the gases after they
                       have been liquefied?                                                          (1)

          2.6.3        Which gas has the weakest intermolecular forces? Explain the
                       answer.                                                                       (2)

2.7       State how EACH of the following changes when liquid nitrogen changes into
          gaseous nitrogen. Write down only INCREASE, DECREASE or REMAIN THE
          SAME.

          2.7.1        Spaces between the particles                                                  (1)

          2.7.2        Strength of the forces between the particles                                  (1)

          2.7.3        Energy of the particles                                                       (1)
                                                                                                     [20]

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Physical Sciences/P2                            8                             DBE/November 2017
                                         CAPS – Grade 10

QUESTION 3 (Start on a new page.)

Consider the graph of the first ionisation energy and answer the questions that follow.

3.1       Define the term ionisation energy.                                                          (2)

3.2       State the general trend in ionisation energy from left to right across a period
          on the periodic table.                                                                      (2)

3.3       There is a drop in ionisation energy from beryllium to boron.

          3.3.1      Write down the sp-notation for beryllium AND boron.                              (4)

          3.3.2      Explain this drop in ionisation energy.                                          (3)

3.4       Is the following statement TRUE or FALSE? If false, rewrite the statement
          correctly.

          The ionisation energy of noble gases is high because of the half-filled
          s- and p-orbitals.                                                                          (2)

3.5       Study the ionisation energy of the group (I) elements in the graph above and
          answer the questions that follow.

          3.5.1      Give the general name of the group (I) elements.                                 (1)

          3.5.2      State the trend in the reactivity of elements in group (I).                      (2)

          3.5.3      Explain the reason for the trend in QUESTION 3.5.2 by using the
                     graph of ionisation energy.                                                      (2)
                                                                                                      [18]

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Physical Sciences/P2                             9                              DBE/November 2017
                                          CAPS – Grade 10

QUESTION 4 (Start on a new page.)

4.1       A certain element, X, has two isotopes in nature. One isotope has an atomic
          mass of 106,9 amu. The percentage appearance of this isotope is 50%.
          The atomic mass of the other isotope is 109,1.

          4.1.1        Define the term isotope.                                                       (2)

          4.1.2        Calculate the relative atomic mass of element X.                               (5)

          4.1.3        Identify element X in QUESTION 4.1.2.                                          (2)

4.2       Complete the table below. Write only the answer next to the question number
          (4.2.1–4.2.7).

           ELEMENT         ATOMIC       MASS         NUMBER            NUMBER  NUMBER OF
                           NUMBER      NUMBER           OF               OF    ELECTRONS
                                                     PROTONS          NEUTRONS

                  Al           13          27           4.2.1           4.2.2       4.2.3
                  K+           19         4.2.4         4.2.5           4.2.6       4.2.7             (7)
                                                                                                      [16]

QUESTION 5 (Start on a new page.)

Hydrogen peroxide decomposes at room temperature according to the following
balanced chemical equation:

                                2H 2 O 2 (aq) → O 2 (g) + 2H 2 O(ℓ)

5.1       What does the (aq) represent in the equation above?                                         (1)

5.2       Identify the type of reaction above. Choose between PRECIPITATION and
          REDOX. Give a reason for the answer.                                                        (2)

5.3       Is the reaction an example of a physical or a chemical change?                              (1)

5.4       Define the term one mole of a substance.                                                    (2)

5.5       If 4 moles of hydrogen peroxide decomposes, calculate the volume of gas
          formed at STP.                                                                              (4)

5.6       Calculate the number of oxygen atoms in H 2 O 2 if 17 g of H 2 O 2 decomposes.              (4)
                                                                                                      [14]

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Physical Sciences/P2                           10                         DBE/November 2017
                                        CAPS – Grade 10

QUESTION 6 (Start on a new page.)

6.1       Study the balanced chemical equation of the reaction between sodium
          carbonate (Na 2 CO 3 ) and hydrochloric acid (HCℓ) and answer the questions
          that follow.

                              Na 2 CO 3 + 2HCℓ → 2NaCℓ + CO 2 + H 2 O

          Identify the type of reaction above. Choose between REDOX and GAS
          FORMING.                                                                                  (1)

6.2       In a reaction, 10,6 g of sodium carbonate reacts completely with excess
          hydrochloric acid.

          6.2.1      Calculate the molar mass of sodium carbonate.                                  (2)

          6.2.2      Calculate the initial number of moles of sodium carbonate.                     (2)

          6.2.3      Calculate the mass of CO 2 produced during this reaction.                      (4)

          6.2.4      Calculate the mass of sodium chloride produced if 4,87 dm3 of
                     carbon dioxide was produced at STP.                                            (6)

6.3       14,2 g of a sample of hydrated sodium carbonate, Na 2 CO 3 •xH 2 O, was
          strongly heated until no further change in mass was recorded. On heating, all
          the water of crystallisation evaporated as follows:

                                 Na 2 CO 3 •xH 2 O → Na 2 CO 3 + xH 2 O

          Calculate the number of moles of water of crystallisation in the sodium
          carbonate sample, if 5,3 g of solid remained after strong heating.                        (5)
                                                                                                    [20]

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Physical Sciences/P2                                11                    DBE/November 2017
                                             CAPS – Grade 10

QUESTION 7 (Start on a new page.)

Learners investigated the relationship between the concentration of a silver nitrate
(AgNO 3 ) solution and its conductivity at a constant temperature.

They set up the apparatus, as shown below, and recorded the current. The initial
reading of the ammeter was taken before anhydrous AgNO 3 was added to distilled
water.

                                      A

The anhydrous AgNO 3 was added to 200 cm3 distilled water spoon by spoon.
The ammeter reading was recorded after each spoon was added. The results are
shown in the table below.

                       SPOONS OF AgNO 3 IN
                                                               AMMETER READING (mA)
                        DISTILLED WATER
                                0                                       0
                                1                                      0,18
                                2                                      0,92
                                3                                      1,47
                                4                                      1,84

7.1       Give a reason why the ammeter reading was initially zero.                              (1)

7.2       Give ONE word/term for a solution that conducts electricity.                           (2)

7.3       Write down a balanced chemical equation to show how AgNO 3 dissociates
          in water.                                                                              (2)

7.4       Write down the following for the investigation above:

          7.4.1        A hypothesis                                                              (2)

          7.4.2        Dependent variable                                                        (1)

          7.4.3        Independent variable                                                      (1)

          7.4.4        Controlled variable                                                       (1)

7.5       Define the term anhydrous.                                                             (1)

7.6       If the mass of AgNO 3 is 5,3 g per spoon, calculate the concentration of the
          solution after TWO spoons have been added.                                             (4)
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Physical Sciences/P2                           12                         DBE/November 2017
                                        CAPS – Grade 10

7.7       Can tap water be used for this experiment? Give a reason for the answer.                 (2)

7.8       From the results, deduce the relationship between the ion concentration in the
          solution and its conductivity.                                                           (2)

7.9       A learner accidentally dropped hydrochloric acid into the solution.

          7.9.1        How will this affect the ammeter reading? Write down only
                       INCREASE, DECREASE or REMAIN THE SAME.                                      (1)

          7.9.2        Explain the answer to QUESTION 7.9.1.                                       (2)
                                                                                                   [22]

QUESTION 8 (Start on a new page.)

Your teacher asked you to use your knowledge of precipitation reactions to test the
quality of water in the local river.

You are provided with the following chemicals:

                                AgNO 3 , BaCl 2 , dilute HNO 3

8.1       Which chemical would you choose to test for the presence of carbonates
          (CO 3 -2)?                                                                               (1)

8.2       Use a balanced chemical equation to show the test for carbonates in
          QUESTION 8.1.                                                                            (4)

8.3       Both carbonates and sulphates form a white precipitate with the chemical in
          QUESTION 8.1.

          Use a balanced chemical equation to explain how you would confirm that the
          precipitate is a carbonate.                                                              (4)

8.4       Give the chemical name of the precipitate formed when the carbonate and the
          chemical in QUESTION 8.1 reacts.                                                         (2)
                                                                                                   [11]

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Physical Sciences/P2                             13                   DBE/November 2017
                                           CAPS – Grade 10

QUESTION 9 (Start on a new page.)

Study the water cycle below and answer the questions that follow.

                                              A

                           Water vapour                      Clouds

                                       C     Oceans/         B
                                              Rivers

                                   E                         D
                                               Plants

9.1       The water cycle consists of many processes.

          Identify the following processes:

          9.1.1        A                                                                  (1)

          9.1.2        B                                                                  (1)

          9.1.3        E                                                                  (1)

9.2       Is energy ABSORBED or RELEASED during condensation? Give a reason for
          the answer.                                                                     (2)

9.3       Give ONE reason why water vapour is referred to as an important
          greenhouse gas.                                                                 (2)

9.4       The amount of rainfall in large parts of South Africa has decreased
          considerably recently. Various reasons have been given to explain the
          drought.

          State ONE possible strategy that a community can adopt to ensure that they
          have a regular supply of water.                                                 (2)
                                                                                          [9]

                                                                            TOTAL:        150

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Physical Sciences/P2                       1                              DBE/November 2017
                                    CAPS – Grade 10

                        DATA FOR PHYSICAL SCIENCES GRADE 10
                                PAPER 2 (CHEMISTRY)

                     GEGEWENS VIR FISIESE WETENSKAPPE GRAAD 10
                                VRAESTEL 2 (CHEMIE)

TABLE 1: PHYSICAL CONSTANTS/TABEL 1: FISIESE KONSTANTES

       NAME/NAAM                SYMBOL/SIMBOOL           VALUE/WAARDE
Standard pressure
                                       pθ             1,013 x 105 Pa
Standaarddruk
Molar gas volume at STP
                                       Vm             22,4 dm3∙mol-1
Molêre gasvolume by STD
Standard temperature
                                       Tθ             273 K
Standaardtemperatuur
Charge on electron
                                        e             1,6 x 10-19 C
Lading op elektron
Avogadro’s constant
                                       NA             6,02 x 1023 mol-1
Avogadro-konstante

TABLE 2: FORMULAE/TABEL 2: FORMULES

   m                                   n=
                                            N
n=
   M                                        NA
   n                   m                    V
c=       or/of c =                     n=
   V                   MV                   Vm

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Physical Sciences/P2
                                                    Downloaded from hlayiso.com                           2                                                                           DBE/November 2017
                                                                                                   CAPS – Grade 10

                              TABLE 3: THE PERIODIC TABLE OF ELEMENTS/TABEL 3: DIE PERIODIEKE TABEL VAN ELEMENTE

       1              2           3           4           5           6           7           8            9       10          11       12           13          14         15           16         17      18
      (I)            (II)                                                                                                                           (III)       (IV)        (V)         (VI)       (VII)   (VIII)
                                                                                      Atomic number
       1                                            KEY/SLEUTEL                         Atoomgetal                                                                                                            2
2,1    H                                                                                                                                                                                                     He
       1                                                                                      29                                                                                                              4
       3               4                             Electronegativity                                     Symbol                                         5          6            7          8        9       10
                                                    Elektronegatiwiteit
                                                                                        1,9   Cu           Simbool
1,0    Li      1,5    Be                                                                                                                          2,0    B    2,5    C    3,0    N    3,5    O    4,0F       Ne
                                                                                              63,5
       7               9                                                                                                                                11           12          14         16       19       20
      11               12                                                                                                                               13           14          15         16       17       18
0,9   Na       1,2    Mg                                         Approximate relative atomic mass                                                 1,5   Aℓ    1,8    Si   2,1    P    2,5    S    3,0Cℓ       Ar
      23               24                                        Benaderde relatiewe atoommassa                                                         27           28          31         32      35,5      40
      19               20          21          22          23         24          25           26           27          28      29          30          31           32          33         34       35       36
0,8    K       1,0    Ca    1,3   Sc    1,5    Ti   1,6    V    1,6   Cr    1,5   Mn    1,8   Fe     1,8   Co    1,8    Ni   1,9Cu    1,6   Zn    1,6   Ga    1,8   Ge    2,0   As    2,4   Se    2,8Br       Kr
      39               40          45          48          51         52          55           56           59          59     63,5         65          70           73          75         79       80       84
      37               38          39          40          41         42          43           44           45          46      47          48          49           50          51         52       53       54
0,8   Rb       1,0     Sr   1,2    Y    1,4    Zr         Nb    1,8   Mo    1,9   Tc    2,2   Ru     2,2   Rh    2,2   Pd    1,9Ag    1,7   Cd    1,7    In   1,8   Sn    1,9   Sb    2,1   Te    2,5 I      Xe
      86               88          89          91          92         96                      101          103         106     108          112         115         119         122         128     127      131
      55               56          57          72          73         74          75           76           77          78      79          80          81           82          83         84       85       86
0,7   Cs       0,9    Ba          La    1,6    Hf         Ta           W          Re          Os            Ir          Pt      Au          Hg    1,8    Tℓ   1,8   Pb    1,9    Bi   2,0   Po    2,5At      Rn
      133             137         139         179         181         184         186         190          192         195     197          201         204         207         209
       87              88         89
0,7    Fr      0,9    Ra          Ac
                      226                              58          59        60           61           62          63          64       65           66          67          68         69           70     71
                                                      Ce           Pr        Nd           Pm           Sm          Eu          Gd       Tb          Dy          Ho           Er         Tm          Yb     Lu
                                                      140         141        144                       150         152         157      159         163         165         167         169         173    175
                                                       90          91        92           93           94          95          96       97           98          99         100         101         102    103
                                                      Th          Pa          U           Np           Pu          Am          Cm       Bk           Cf         Es          Fm          Md          No      Lr
                                                      232                    238

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