Biology Chapter 9 Entry test MCQs

a. H+
b. HCO3
c. CO2
d. O2

b. HCO3

a. 115 mmHg
b. 158 mmHg
c. Less than 60 mmHg
d. Less than 100 mmHg

c. Less than 60 mmHg

a. 300 ml/liter
b. 200 ml/liter
c. 500 ml/liter
d. 400 ml/liter

b. 200 ml/liter

a. High temperature
b. High CO2 concentration
c. High Acidity
d. High pH

d. High pH

a. Hydrogen ion
b. CO2
c. CO
d. O2

a. Hydrogen ion

a. Myoglobin in sarcoplasm
b. Haemoglobin in erythrocytes
c. Bicarbonate ions in RBCs
d. Globulin in blood plasma

b. Haemoglobin in erythrocytes

a. With proteins in plasma
b. As carboxylase myoglobin
c. As bicarbonate
d. Freely as CO2

c. As bicarbonate

a. Iron part of hacmoglobin
b. Amino group of haemoglobin
c. Plasma proteins
d. Haem portion of haemoglobin

b. Amino group of haemoglobin

a. Formation
b. Dissociation
c. Transformation
d. Stability

b. Dissociation

a. Phagocytosis
b. Active transport
c. Diffusion
d. Cyclosis

c. Diffusion

Respiratory Volumes and Capacities

a. 1.5 liter
b. 5 liter
c. 3500 ml
d. 0.5 liter

d. 0.5 liter

a. 500 ml
b. 5 liter
c. 3500ml
d. 1.5 liter

d. 1.5 liter

a. 5000 ml
b. 3000 ml
c. 3500 ml
d. 6000 ml

b. 3000 ml

Role of Respiratory Pigments

a. Abundantly found in RBCs
b. It is a globular protein
c. Each haem in haemoglobin can bind to four Os molecules
d. It contains organic haem group and inorganic Fe++

c. Each haem in haemoglobin can bind to four Os molecules

a. 90 times
b. 80 times
c. 100 times
d. 75 times

d. 75 times

a. u-globin chains
b. Haem
c. Central iron atom
d. B-globin chains

b. Haem

a. It is present in dissolved state in blood plasma
b. It is dipeptide and present in RBC
c. It is having haem group
d. It is dipeptide in mammals and localized in RBC

c. It is having haem group

a. Myoglobin has more affinity for oxygen as compared to haemoglobin
b. Albumin, globulin and globular proteins are present in respiratory pigments
c. Cyanide and haemoglobin has low affinity for oxygen
d. Myoglobin and haemoglobin has higher affinity for nitrogen

a. Myoglobin has more affinity for oxygen as compared to haemoglobin

Respiratory Disorders

a. Rickets
b. Pulmonary tuberculosis
c. Lungs Cancer
d. Emphysema

a. Rickets

a. Asthma
b. Lung cancer
c. Bronchitis
d. Emphysema

d. Emphysema

a. Asthma
b. Cancer
c. Tuberculosis
d. Emphysema

c. Tuberculosis

a. Cancer
b. Emphysema
c. Asthma
d. T.B

b. Emphysema

TRANSPORT IN PLANTS
Uptake and Transport of Minerals

a. Transportation
b. Photosynthesis
c. Permeability
d. Respiration

d. Respiration

a. Underground stem
b. Root hairs
c. Leaves
d. Root cells

b. Root hairs

a. Endodermal cells
b. Mesodermal cells
c. Epithelial cells
d. Epidermal cells

d. Epidermal cells

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