Respiration In Plants Test
Respiration In Plants
This is Respiration In Plants Test-01 for CBSE class 11 Biology.. There are 15 questions in this test with each question having around four answer choices.
Questions & Answers
1
Organism which depend on dead and decaying organic matter is
- AsaprophytesCorrect
- Bautotrophs
- Ccarnivores
- Dherbivorous
2
In plants, the gaseous exchange take place in a) Stomata b) Roots c) Stems d) Lenticles
- Aa) and d)Correct
- Bb) and c)
- Ca) and b)
- Db) and d)
3
Respiration is
- AAmphibolic process
- BCatabolic processCorrect
- CBoth anabolic and catabolic
- DAnabolic process
4
Pasture effect can be studied in case of
- APencillium
- BSccharomycesCorrect
- CPinnularia
- DNostoc
5
Glycolysis occurs in
- AChloroplast
- BMitochondria
- CCell membrane
- DCytoplasmCorrect
6
Glycolysis is also known as
- ACalvin cycle
- BTCA cycle
- CPhotophosphorylation
- DEMP pathwayCorrect
7
The complete combustion of glucose produces
- ALactic acid
- BEthanol
- CPyurvic acid
- Dcarbon dioxide and oxygenCorrect
8
Respiratory Quotient for the reaction \({C_{57}}{H_{107}}{O_6} + 80{O_2}.......... \to 57C{O_2} + 52{H_2}O\)
- A0.071
- B1.7
- C0.71Correct
- D1.71
9
What is the final product of Glycolysis?
- AMalic acid
- BGlucose
- CPyruvic acidCorrect
- DAcetyl CoA
10
How many netATP are produced in Glycolysis?
- A36 ATP
- B2 ATPCorrect
- C16 ATP
- D8 ATP
11
The enzyme which converts glucose into glucose -6- phosphate is
- AHexokinaseCorrect
- BSuccinyl CoA
- CDehydrogenase
- DInvertase
12
How many step reactions are involved in glycolysis?
- A12
- B9
- C8
- D10Correct
13
The partial breakdown of glucose takes place in
- AETS cycle
- BFermentationCorrect
- CTCA cycle
- DGlycolysis
14
Which one is incorrect about Glycolysis?
- AIt occurs inside the cytoplasm
- BOxygen is not required for Glycolysis
- CNo carbon dioxide is evolved
- DIt is a cyclic pathwayCorrect
15
During cellular respiration,pyruvicacid is reduced to lactic acid in the presence of
- ADehydrogenase
- BLactate dehydrogenaseCorrect
- CNADH dehydrogenase
- DPyruvate dehydrogenase