Respiration (Cambridge (CIE) IGCSE Biology): Exam Questions

Exam code: 0610 & 0970

3 hours42 questions
1
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1 mark

Glucose is broken down in the chemical processes of aerobic respiration.

Which row of the table below shows the correct products of this breakdown?

 

energy

water

lactic acid

carbon dioxide

A

X

X

X

B

X

X

C

X

X

D

X

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    2
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    1 mark

    Which of the following is the correct word equation for aerobic respiration in plants?

    • glucose + oxygen → carbon dioxide + water

    • carbon dioxide + water → glucose + oxygen

    • glucose + water → carbon dioxide + oxygen

    • glucose + carbon dioxide → water + oxygen

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    3
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    Which of the following processes require, and are dependent on, the activity of enzymes?

    1. aerobic respiration

    2. glucose → lactic acid

    3. osmosis

    4. anaerobic respiration in yeast

    • 1 and 2

    • 1 and 3

    • 1, 2 and 4

    • All of them 

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    4
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    A student investigated respiration in yeast. They set up the experiment as shown in the diagram below.

    061062-may-2018-paper-6-q1-respiration---atp-sq

    Every 30 minutes they replaced the water with the same volume but it was 10 oC warmer and counted the bubbles given off in 2 minutes. 

    What are the independent and dependent variables in this experiment?

     

    independent

    dependent

    A

    number of bubbles

    time

    B

    time

    number of bubbles

    C

    water temperature

    number of bubbles

    D

    water temperature

    volume of water

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      5
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      1 mark

      Which of the following do humans require energy for?

      1. Producing proteins

      2. Cell division

      3. Generation of nerve impulses

      4. Maintaining body temperature

      • 1 & 3

      • 2, 3 & 4

      • 4 only

      • All of the above

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      61 mark

       What is produced by anaerobic respiration in humans? 

      alcohol 

      carbon dioxide

      lactic acid

      A

      x

      B

      x

      C

      x

      x

      D

      x

      x

      key    ✔ = yes    x = no

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        71 mark

        Substances involved in aerobic respiration are listed. 

        1   carbon dioxide

        2   glucose

        3   oxygen 

        4   water 

        Which substances are used during aerobic respiration? 

        • 1 and 3

        • 1 and 4 

        • 2 and 3

        • 2 and 4

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        81 mark

        What is the balanced chemical equation for anaerobic respiration in yeast? 

        • C6H12O6  →  2CO2 + 6H2O

        • C6H12O6  →  6CO2 + 6H2O

        • C6H12O6  →  2C2H5OH + 2CO2

        • C6H12O6  →  2C2H5OH + 2H2O

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        91 mark

        Which equation is aerobic respiration?

        • 6CO2 + 6H2O → 6C6H12O6 + 6O2

        • 6O2 + 6CO2 → 6H2O + C6H12O6

        • C6H12O6 + 6O2 → 6CO2 + 6H2O

        • C6H12O6 → 2C2H5OH + 2CO2

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        1
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        Which row in the table below shows the correct products produced by anaerobic respiration in yeast and in animals?

         

        animals

        yeast

        lactic acid

        carbon dioxide

        lactic acid

        carbon dioxide

        A

        X

        X

        X

        B

        X

        X

        C

        X

        X

        D

        X

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          2
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          Extended only

          During vigorous exercise, such as cycling uphill, lactic acid builds up in the muscles.

          How is this lactic acid removed during recovery?

          • excretion of lactic acid by the kidneys

          • anaerobic respiration of lactic acid in the muscles

          • aerobic respiration of lactic acid in the liver

          • excretion of lactic acid by the lungs

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          3
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          Why does anaerobic respiration of glucose release less energy in muscle cells than aerobic respiration?

          1. Energy is lost in oxygen.

          2. Energy remains trapped in the chemical bonds in the molecule lactic acid.

          3. Energy remains trapped in the chemical bonds in the molecule ethanol.

          4. Energy is lost in carbon dioxide.

          • 1, 2 and 4

          • 2 only

          • 2 and 3

          • 4 only

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          4
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          The diagram below shows an experimental set-up which can be used to investigate gas exchange in a plant leaf.

          12--image-1-gas-exchange-leaf

          In which direction would the ink drop move and for what reason?

           

          direction

          reason

          A

          to the right

          photosynthesis

          B

          to the left

          photosynthesis

          C

          to the right

          respiration

          D

          to the left

          respiration

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            5
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            The graph below shows the results of an investigation into how the rate of respiration of an organism is affected by changing the temperature.

            12--image-2-respiration-rat

            Which of the following statements would explain the difference between the rate of respiration at 10 °C and that at 30 °C?

            • Enzyme activity is higher at 30 °C because more frequent collisions are occurring than at 10 °C.

            • Enzyme activity at 30 °C is lower because the bonds holding an enzyme together are altered at higher temperatures.

            • Enzyme activity is at its optimum at 30 °C, meaning the rate is at its highest.

            • Enzyme activity is lower at 10 °C because the enzymes are denatured and therefore unable to bind to their substrates.

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            6
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            1 mark

            The diagram below shows an experiment set up by a group of students to investigate respiration in yeast.

            12--image-3-yeast-experimen

            Which row of the table below correctly describes the contents of the flask after 20 hours?

             

            new compound

            gas produced

            A

            ethanol (alcohol)

            oxygen

            B

            ethanol (alcohol)

            carbon dioxide

            C

            lactic acid

            oxygen

            D

            lactic acid

            carbon dioxide

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              7
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              The diagram below shows an experiment set up by a teacher to demonstrate how an investigation into anaerobic respiration in yeast cells can be carried out.

              12--image-4-yeast-experiment

              Predict what would happen to the coloured liquid in the glass tube. 

              • Doesn’t move

              • Moves to the left

              • Moves rapidly to the right

              • Moves slowly to the right

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              81 mark

              The list shows some processes that take place in a human body.

              1. production of new red blood cells

              2. transmission of nerve impulses from the eyes to the brain

              3. diffusion of gases into and out of the lungs

              Which processes use energy released by respiration?

              • 1 and 2 only

              • 1 and 3 only

              • 2 and 3 only

              • 1, 2 and 3

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              1
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              Extended only

              Four metabolic reactions that can occur in living organisms are shown below:

              1. C6H12O6 + 6O2 → 6CO2+ 6H2O

              2. glucose → lactic acid

              3. 6CO2+ 6H2O → C6H12O6 + 6O2

              4. C6H12O6 → 2C2H5OH + 2CO2

              Which of the above reactions take place in yeast cells to release energy?

              • 1 and 2

              • 1 and 3

              • 3 and 4

              • 1 and 4

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              2
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              Which of the following processes would release the most energy in a cell from one molecule of glucose?

              1. Aerobic respiration in yeast

              2. Aerobic respiration in animals

              3. Aerobic respiration in plants

              • 2 only

              • 3 only

              • 1 & 3

              • All of the above

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              3
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              In which conditions would the cells of a dicotyledonous green plant respire?

               

              mesophyll cell

              root hair cell

              darkness

              bright light

              darkness

              bright light

              A

              X

              X

              B

              X

              X

              X

              C

              X

              X

              X

              X

              D

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                4
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                Extended only

                Which of the following is the correct balanced symbol equation for aerobic respiration in yeast cells?

                • C6H12O6   +  6 O2 →  6 CO2 + 6 H2O

                • C6H12O6 →  2 C3H6O3

                • 6 CO2 + 6 H2O →  C6H12O6  + 6 O2

                • C6H12O6  →  2 C2H5OH + 2 CO2

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                5
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                The list below shows four metabolic processes that can occur in living cells.

                1. carbon dioxide + water →  glucose + oxygen

                2. glucose → lactic acid

                3. glucose + oxygen →  carbon dioxide + water

                4. glucose →  alcohol + carbon dioxide

                Which row of the table correctly represents the processes that can occur in muscle cells and yeast cells.

                 

                in muscles

                in yeast

                A

                3 only

                1 & 4

                B

                3 & 4

                2 & 3

                C

                2 only

                1, 3 & 4

                D

                2 & 3

                3 & 4

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                  61 mark

                  The diagram shows the oxygen uptake by germinating seeds at two different temperatures. 

                  Bar chart showing oxygen uptake in cm³ over time in minutes at 10°C and 20°C. Oxygen uptake increases with temperature and time.

                  At which time is the oxygen uptake at 20 °C four times greater than at 10 °C?

                  • 5 minutes

                  • 10 minutes

                  • 15 minutes

                  • 20 minutes 

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