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Examples of photoautotrophic bacteria which capture light energy and transform it into chemical energy to obtain carbon from atmospheric carbon dioxide are:
I. Anabaena
II. Nitrosomonas
III. Chlorobium
IV. Xanthomonas

The correct combination is:

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Important Questions on Biological Classification

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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
The guts of cow and buffalo possess:
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Pick up the wrong statement.
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
The true nucleus is absent in:
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Which among the following are the smallest living cells, known without a definite cell wall, pathogenic to plants as well as animals and can survive without oxygen?
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
A farmer has applied chemical fertilisers in the crop field for many successive seasons, the crop growth was poor as soil lost its fertility. Suggest the suitable microorganism that replenishes the fertility of soil in this field.
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
In a mixed culture of slow and fast growing bacteria, penicillin will
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Cell wall is absent in:
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Anoxygenic photosynthesis is characteristic of:
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Which of the following is a correct statement?
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
The primitive prokaryotes responsible for the production of biogas from the dung of ruminant animals, include the:
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
DNA replication in bacteria occurs
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Which of the following is incorrect about Cynobacteria?
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
A bacterial colony is produced from
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Methanogens belong to:
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Which of the following are found in extreme saline conditions?
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Ruminant animals can digest cellulose in their food, whereas human beings are unable to do so. This is because.
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Archaebacteria differs from eubacteria in:
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Which one of the following statements is wrong?
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
Identify combination of incorrect statements related to Cyanobacteria
I. Cyanobacteria are referred to as blue-green algae.
II. They perform oxygenic photosynthesis in chloroplasts.
II. The red-colour of red-sea is due to the presence of a cyanobacterial species Trichodesmium erythraeum.
IV. All the cyanobacterial species can fix atmospheric N2 in specialised cells called heterocysts.
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Biology>Diversity in The Living World>Biological Classification>Kingdom Monera
The primary producers of the deep-sea hydrothermal vent ecosystem are