FRANK Solutions for Class 9 Biology Chapter 10 - Respiration in Plants
Now, get the best online preparation materials for your exams such as Frank Solutions for ICSE Class 9 Biology Chapter 10 Respiration in Plants at TopperLearning. Learn to write about the respiration process in plants by revisiting concepts like anaerobic respiration, glycolysis, photosynthesis and more. Also, understand the concept of alcoholic fermentation.
In this chapter, the Frank textbook solutions will support you with answers for ICSE Class 9 Biology MCQs, True or False questions and more. The chapter will also help you in learning the difference between combustion and respiration. To increase your marks, additional exam preparation materials like online practice tests, videos and more are also available on our portal.
Chapter 10 - Respiration in Plants Exercise 87
(a) What do you understand by respiration?
(b) What are the respiratory substrates? Give two examples.
(c) Write the overall equation of aerobic respiration.
(d) What is alcoholic fermentation?
(e) Which process is common to aerobic and anaerobic respiration?
(f) Where does glycolysis take place in the living cell?
(g) Name the cell organelle in which Kreb's take place.
(a) Fermentation and anaerobic respiration.
(b) Aerobic respiration and anaerobic respiration.
(c) Respiration and combustion.
(ii) - (c) is the best organic substrate for respiration.
(iii) - (a) partial breakdown of food substance.
(iv) - (e) the series of change from glucose to pyruvic acid in respiration.
(v) - (d) the intermediate substance in the breakdown of glucose.
Chapter 10 - Respiration in Plants Exercise 88
(a) Fermentation is a type of ______ respiration.
(b) The first phase of respiration is ______.
(c) ______ is the last product of glycolysis.
(d) The final hydrogen acceptor in aerobic respiration is ______.
(e) In living cells glycolysis occurs in ______.
(c) Pyruvic acid
(a) Combustion is a biological process.
(b) Kreb's cycle is common to both types of respiration.
(c) Glycolysis takes place in the crystal of the mitochondria.
(d) Protein is the first choice as a respiratory substrate.
(e) The respiration is faster than combustion.
(b) In flask A, moist seeds respire and produce heat that increases the temperature.
(c) If formalin was not used, bacteria will grow on the dry seeds and respire anaerobically to produce a little heat.
Chapter 10 - Respiration in Plants Exercise 89
(glucose ATP, protein)
(b) Mention any three points in which respiration is exactly opposite of photosynthesis.
(b) If these are not soaked in disinfectant, the bacterial growth may be there in the tube Y and accurate result may not be obtained due to bacterial respiration.
(c) The germinating peas respire and oxygen is used which create a vacuum in the tube. So coloured water has risen in tube1.
(e) It is defined as the stepwise oxidation of glucose in the living cells to release energy.
(a) The power house of the cell.
(b) Anaerobic respiration in the muscles.
(a) Every living cell of the plant (respire / photosynthesizes / as well as photosynthesizes).
(b) Normally, respiration takes place in (day / night / day and night).
(c) Carbon dioxide and water are formed in (photosynthesis / aerobic respiration / anaerobic respiration).
(d) In respiration, temperature (rises / comes down / remains the same).
(e) In respiration, energy is released in (controlled manner / uncontrolled manner / the form of light).
(b) Day and night
(c) Aerobic respiration
(e) Controlled manner
Chapter 10 - Respiration in Plants Exercise 90
(a) The process of living beings which is concerned with the release of energy for use in the body.
(b) The energy currency of the body.
(c) The respiration that takes place in the presence of oxygen.
(d) The respiration takes place in the absence of oxygen.
(e) The chemicals generally used to absorb carbon dioxide in respiratory experiments.
(f) The solution that turns milky when carbon dioxide is passed through that solution.
(g) The products formed as a result of aerobic respiration.
(h) The products formed as a result of anaerobic respiration.
(c) Aerobic respiration
(d) Anaerobic respiration
(e) Caustic potash and KOH
(f) Lime water
(g) Carbon dioxide and water
(h) Ethyl alcohol and carbon dioxide
(i) In the process of respiration
(a) ADP is converted to ATP.
(b) Glucose is converted to carbon dioxide.
(c) Glucose is converted to carbon dioxide and water, releasing energy.
(d) Pyruvic acid is converted to ATP.
(ii) Which order is right for cellular respiration from the following
(a) Electron transfer, glycolysis, Kreb's cycle.
(b) Kreb's cycle, electron transfer, glycolysis.
(c) Electron transfer, Kreb's cycle, glycolysis.
(d) Glycolysis, Kreb's cycle, electron transfer.
(iii) Less energy is liberated in anaerobic respiration in yeast in comparison with aerobic respiration because
(a) Energy is not formed by oxygen.
(b) Less CO2 is formed.
(c) Energy is left in alcohol.
(d) Yeast requires less energy.
(iv) The role of oxygen in cellular respiration
(a) To form CO2
(b) To liberate energy from hydrogen storage.
(c) To change pyruvate into acetyl CoA.
(d) To accept hydrogen and form water.
(v) The materials formed in anaerobic respiration are
(a) CO2 and water
(b) CO2 and alcohol
(c) CO2 and formaldehyde
(d) CO2 and haemoglobin
(vi) The reactions of Kerb's cycle occurs in
(d) endoplasmic reticulum
(vii) Who discovered the Kreb's cycle?
(b) Hens Krebs
(viii) Alcohol is produced during the process of
(b) aerobic respiration
(ix) The energy liberated during respiration is stored in the form of
(x) Mitochondria is the storage house for:
(b) Pyruvic acid
(d) Citric acid
(xi) How many ATP molecules are gained in glycolysis?
(xii) Where does the glycolysis take place?
(a) In cytoplasm
(b) In chloroplast
(c) In ribosome
(d) In mitochondria
(xiii) The energy liberated in aerobic respiration is
(a) 637 Kcal
(b) 600 Kcal
(c) 673 Kcal
(d) 693 Kcal
(ii) (d) Glycolysis, Kreb's cycle, electron transfer
(iii) (c) Energy is left in alcohol.
(iv) (d) To accept hydrogen and form water.
(v) (b) CO2 and alcohol
(vi) (c) mitochondria
(vii) (b) Hens Krebs
(viii) (d) fermentation
(ix) (b) ATP
(x) (c) ATP
(xi) (b) Two
(xii) (a) In cytoplasm
(xiii) (c) 673 Kcal
Kindly Sign up for a personalised experience
- Ask Study Doubts
- Sample Papers
- Past Year Papers
- Textbook Solutions
Verify mobile number
Enter the OTP sent to your number