Multiple Choice QuestionsMatch the following entities of column I with their respective orders of column II and choose the correct combination form the option.
| Column I | Column II |
| A. Wheat | 1. Primate |
| B. Mango | 2. Diptera |
| C. Housefly | 3. Sapindales |
| D. Man | 4. Poales |
| A | B | C | D |
| 4 | 3 | 2 | 1 |
| A | B | C | D |
| 1 | 2 | 4 | 3 |
| A | B | C | D |
| 3 | 4 | 2 | 1 |
| A | B | C | D |
| 2 | 4 | 1 | 3 |
Meiosis is best observed in dividing
Cell of lateral meristem
Cells of apical meristem
Microsporocytes
Microspores and anther wall
In mitochondria, enzyme cytochrome oxidase is present in
Outer membrane
Perimitochondrial space
Inner Membrane
Matrix
Which of the following tissues consist of living cells?
Vessels
Tracheids
Companion cell
Sclerenchyma
Which of the following plant cells is not surrounded by a cell wall?
Root hair cell
Stem hair cell
Gamete cell
Bacterial cell
Which of the following cell organelles stores hydrolytic enzymes?
Centriole
Lysosome
Chromoplast
Chloroplast
The powerhouse of cells is first discovered by
C Benda in 1897
Kolliker in 1850
Claude in 1880
Kingsburg in 1882
During chloride shift or Hamburger phenomenon, when the whole blood is saturated with CO2, following changes occurs. Which one of them is not correct?
Bicarbonate content of plasma and corpuscles increase
Chloride content of plasma diminished and that of the cell is increased
Total base of blood remain unchanged
Water content and volume of corpuscles decrease
D.
Water content and volume of corpuscles decrease
According to Hamburger phenomenon, when the whole blood is saturated with carbon dioxide, the following changes are seen
(i) The bicarbonate contents of plasma and corpuscles increase.
(ii) The chloride content of plasma lo diminished and that of the cell is increased.
(iii) The total base (cations) of both plasma and corpuscles remain unchanged.
(iv) The water content and the volume of corpuscles increase.
(V) When the carbon dioxide is removed from the blood reverse changes takes place.
(vi) When CO2, enters the blood, Cl- from plasma enters RBCs leaving Na+ behind. When CO2 escapes from blood Cl- leaves the cell and combines with Na+ again. Due to this alternate movement of Cl ions, this phenomenon is called chloride shift.
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