258217
Amphitrichous bacteria contains flagella like this
1 Two flagella at each end
2 Many flagella at each end
3 Single flagella at each end
4 Three flagella at three sides
Explanation:
In Bacteria, on basis of the arrangement of flagella, it is of four types. (i) Monotrichous (ii) Amphitrichous (iii) Lophotrichous (iv) Peritrichous. Amphitrichous bacteria having a single flagella at each end.
Shift-II
Biological Classification
258219
Which of the following bacteria get carbon from $\mathrm{CO}_{2}$ but derive energy from oxidation of inorganic substances during bacterial nutrition?
1 Bacillus and Xanthomonas
2 Rhodospirillum and Rhodopseudomonas
3 Chromatium and Chlorobium
4 Nitrobacter and Beggiatoa
Explanation:
Nitrobacter and Beggiatoa are chemolithotrophic bacteria Chemolithoautotrophs is an autotrophic microorganism that obtains energy by oxidizing inorganic compound. These organism obtain their energy from the oxidation of the inorganic compounds.
Shift-II
Biological Classification
258220
The early bacteria synthesized chlorophyll from
1 Iron porphyrin
2 Magnesium porphyrin
3 Sulphur porphyrin
4 Carbon porphyrin
Explanation:
Early bacteria synthesized chlorophyll from magnesium porphyrin. This is a crucial process for plants and other photosynthetic organisms to produce their own food. Chlorophyll is a pigment responsible for capturing light energy during photosynthesis. In its structure, a central magnesium atom is surrounded by a porphyrin ring which allow chlorophyll to absorb light and convert it into energy.
AP EAPCET-23.05.2023
Biological Classification
258221
The structures of the parent that disappear during binary fission of Euglena and develop a fresh in daughter euglenae
1 Flagella and kinetosome
2 Nucleus and basal granule
3 Chromotophores and cytoplasm
4 Stigma paraflagellar body and contractile vacuole
Explanation:
During binary fission of Euglena, the structures of the parents that disappears and develop a fresh in daughter Euglena is stigma, paraflagellar body and contractile vacuole. During this fission, the nucleus divides into two daughter nuclei by mitosis followed by kinetosomes and the chromatophores.
AP EAPCET-23.05.2023
Biological Classification
258223
The correct match among the following Bacteria, Disease I Clostridium, Botulism II Diplococcus, Pneumonia III Treponema, Gonorrhoea IV Neisseria, Tetanus
1 I \& II
2 I \& III
3 II \& IV
4 III \& IV
Explanation:
Botulism is a rare but deadly form of food poisoning. It is caused by a bacteria (clostridium botulinum) that is found all over, even in soil and water. Botulism is a rare but serious illness caused by a toxin that attacks the body's nerves and causes difficulty in breathing, muscle paralysis and even death. Deplococcus, is the most common cause of bacterial pneumonia. Hence, only I and II are correctly matched.
258217
Amphitrichous bacteria contains flagella like this
1 Two flagella at each end
2 Many flagella at each end
3 Single flagella at each end
4 Three flagella at three sides
Explanation:
In Bacteria, on basis of the arrangement of flagella, it is of four types. (i) Monotrichous (ii) Amphitrichous (iii) Lophotrichous (iv) Peritrichous. Amphitrichous bacteria having a single flagella at each end.
Shift-II
Biological Classification
258219
Which of the following bacteria get carbon from $\mathrm{CO}_{2}$ but derive energy from oxidation of inorganic substances during bacterial nutrition?
1 Bacillus and Xanthomonas
2 Rhodospirillum and Rhodopseudomonas
3 Chromatium and Chlorobium
4 Nitrobacter and Beggiatoa
Explanation:
Nitrobacter and Beggiatoa are chemolithotrophic bacteria Chemolithoautotrophs is an autotrophic microorganism that obtains energy by oxidizing inorganic compound. These organism obtain their energy from the oxidation of the inorganic compounds.
Shift-II
Biological Classification
258220
The early bacteria synthesized chlorophyll from
1 Iron porphyrin
2 Magnesium porphyrin
3 Sulphur porphyrin
4 Carbon porphyrin
Explanation:
Early bacteria synthesized chlorophyll from magnesium porphyrin. This is a crucial process for plants and other photosynthetic organisms to produce their own food. Chlorophyll is a pigment responsible for capturing light energy during photosynthesis. In its structure, a central magnesium atom is surrounded by a porphyrin ring which allow chlorophyll to absorb light and convert it into energy.
AP EAPCET-23.05.2023
Biological Classification
258221
The structures of the parent that disappear during binary fission of Euglena and develop a fresh in daughter euglenae
1 Flagella and kinetosome
2 Nucleus and basal granule
3 Chromotophores and cytoplasm
4 Stigma paraflagellar body and contractile vacuole
Explanation:
During binary fission of Euglena, the structures of the parents that disappears and develop a fresh in daughter Euglena is stigma, paraflagellar body and contractile vacuole. During this fission, the nucleus divides into two daughter nuclei by mitosis followed by kinetosomes and the chromatophores.
AP EAPCET-23.05.2023
Biological Classification
258223
The correct match among the following Bacteria, Disease I Clostridium, Botulism II Diplococcus, Pneumonia III Treponema, Gonorrhoea IV Neisseria, Tetanus
1 I \& II
2 I \& III
3 II \& IV
4 III \& IV
Explanation:
Botulism is a rare but deadly form of food poisoning. It is caused by a bacteria (clostridium botulinum) that is found all over, even in soil and water. Botulism is a rare but serious illness caused by a toxin that attacks the body's nerves and causes difficulty in breathing, muscle paralysis and even death. Deplococcus, is the most common cause of bacterial pneumonia. Hence, only I and II are correctly matched.
258217
Amphitrichous bacteria contains flagella like this
1 Two flagella at each end
2 Many flagella at each end
3 Single flagella at each end
4 Three flagella at three sides
Explanation:
In Bacteria, on basis of the arrangement of flagella, it is of four types. (i) Monotrichous (ii) Amphitrichous (iii) Lophotrichous (iv) Peritrichous. Amphitrichous bacteria having a single flagella at each end.
Shift-II
Biological Classification
258219
Which of the following bacteria get carbon from $\mathrm{CO}_{2}$ but derive energy from oxidation of inorganic substances during bacterial nutrition?
1 Bacillus and Xanthomonas
2 Rhodospirillum and Rhodopseudomonas
3 Chromatium and Chlorobium
4 Nitrobacter and Beggiatoa
Explanation:
Nitrobacter and Beggiatoa are chemolithotrophic bacteria Chemolithoautotrophs is an autotrophic microorganism that obtains energy by oxidizing inorganic compound. These organism obtain their energy from the oxidation of the inorganic compounds.
Shift-II
Biological Classification
258220
The early bacteria synthesized chlorophyll from
1 Iron porphyrin
2 Magnesium porphyrin
3 Sulphur porphyrin
4 Carbon porphyrin
Explanation:
Early bacteria synthesized chlorophyll from magnesium porphyrin. This is a crucial process for plants and other photosynthetic organisms to produce their own food. Chlorophyll is a pigment responsible for capturing light energy during photosynthesis. In its structure, a central magnesium atom is surrounded by a porphyrin ring which allow chlorophyll to absorb light and convert it into energy.
AP EAPCET-23.05.2023
Biological Classification
258221
The structures of the parent that disappear during binary fission of Euglena and develop a fresh in daughter euglenae
1 Flagella and kinetosome
2 Nucleus and basal granule
3 Chromotophores and cytoplasm
4 Stigma paraflagellar body and contractile vacuole
Explanation:
During binary fission of Euglena, the structures of the parents that disappears and develop a fresh in daughter Euglena is stigma, paraflagellar body and contractile vacuole. During this fission, the nucleus divides into two daughter nuclei by mitosis followed by kinetosomes and the chromatophores.
AP EAPCET-23.05.2023
Biological Classification
258223
The correct match among the following Bacteria, Disease I Clostridium, Botulism II Diplococcus, Pneumonia III Treponema, Gonorrhoea IV Neisseria, Tetanus
1 I \& II
2 I \& III
3 II \& IV
4 III \& IV
Explanation:
Botulism is a rare but deadly form of food poisoning. It is caused by a bacteria (clostridium botulinum) that is found all over, even in soil and water. Botulism is a rare but serious illness caused by a toxin that attacks the body's nerves and causes difficulty in breathing, muscle paralysis and even death. Deplococcus, is the most common cause of bacterial pneumonia. Hence, only I and II are correctly matched.
258217
Amphitrichous bacteria contains flagella like this
1 Two flagella at each end
2 Many flagella at each end
3 Single flagella at each end
4 Three flagella at three sides
Explanation:
In Bacteria, on basis of the arrangement of flagella, it is of four types. (i) Monotrichous (ii) Amphitrichous (iii) Lophotrichous (iv) Peritrichous. Amphitrichous bacteria having a single flagella at each end.
Shift-II
Biological Classification
258219
Which of the following bacteria get carbon from $\mathrm{CO}_{2}$ but derive energy from oxidation of inorganic substances during bacterial nutrition?
1 Bacillus and Xanthomonas
2 Rhodospirillum and Rhodopseudomonas
3 Chromatium and Chlorobium
4 Nitrobacter and Beggiatoa
Explanation:
Nitrobacter and Beggiatoa are chemolithotrophic bacteria Chemolithoautotrophs is an autotrophic microorganism that obtains energy by oxidizing inorganic compound. These organism obtain their energy from the oxidation of the inorganic compounds.
Shift-II
Biological Classification
258220
The early bacteria synthesized chlorophyll from
1 Iron porphyrin
2 Magnesium porphyrin
3 Sulphur porphyrin
4 Carbon porphyrin
Explanation:
Early bacteria synthesized chlorophyll from magnesium porphyrin. This is a crucial process for plants and other photosynthetic organisms to produce their own food. Chlorophyll is a pigment responsible for capturing light energy during photosynthesis. In its structure, a central magnesium atom is surrounded by a porphyrin ring which allow chlorophyll to absorb light and convert it into energy.
AP EAPCET-23.05.2023
Biological Classification
258221
The structures of the parent that disappear during binary fission of Euglena and develop a fresh in daughter euglenae
1 Flagella and kinetosome
2 Nucleus and basal granule
3 Chromotophores and cytoplasm
4 Stigma paraflagellar body and contractile vacuole
Explanation:
During binary fission of Euglena, the structures of the parents that disappears and develop a fresh in daughter Euglena is stigma, paraflagellar body and contractile vacuole. During this fission, the nucleus divides into two daughter nuclei by mitosis followed by kinetosomes and the chromatophores.
AP EAPCET-23.05.2023
Biological Classification
258223
The correct match among the following Bacteria, Disease I Clostridium, Botulism II Diplococcus, Pneumonia III Treponema, Gonorrhoea IV Neisseria, Tetanus
1 I \& II
2 I \& III
3 II \& IV
4 III \& IV
Explanation:
Botulism is a rare but deadly form of food poisoning. It is caused by a bacteria (clostridium botulinum) that is found all over, even in soil and water. Botulism is a rare but serious illness caused by a toxin that attacks the body's nerves and causes difficulty in breathing, muscle paralysis and even death. Deplococcus, is the most common cause of bacterial pneumonia. Hence, only I and II are correctly matched.
258217
Amphitrichous bacteria contains flagella like this
1 Two flagella at each end
2 Many flagella at each end
3 Single flagella at each end
4 Three flagella at three sides
Explanation:
In Bacteria, on basis of the arrangement of flagella, it is of four types. (i) Monotrichous (ii) Amphitrichous (iii) Lophotrichous (iv) Peritrichous. Amphitrichous bacteria having a single flagella at each end.
Shift-II
Biological Classification
258219
Which of the following bacteria get carbon from $\mathrm{CO}_{2}$ but derive energy from oxidation of inorganic substances during bacterial nutrition?
1 Bacillus and Xanthomonas
2 Rhodospirillum and Rhodopseudomonas
3 Chromatium and Chlorobium
4 Nitrobacter and Beggiatoa
Explanation:
Nitrobacter and Beggiatoa are chemolithotrophic bacteria Chemolithoautotrophs is an autotrophic microorganism that obtains energy by oxidizing inorganic compound. These organism obtain their energy from the oxidation of the inorganic compounds.
Shift-II
Biological Classification
258220
The early bacteria synthesized chlorophyll from
1 Iron porphyrin
2 Magnesium porphyrin
3 Sulphur porphyrin
4 Carbon porphyrin
Explanation:
Early bacteria synthesized chlorophyll from magnesium porphyrin. This is a crucial process for plants and other photosynthetic organisms to produce their own food. Chlorophyll is a pigment responsible for capturing light energy during photosynthesis. In its structure, a central magnesium atom is surrounded by a porphyrin ring which allow chlorophyll to absorb light and convert it into energy.
AP EAPCET-23.05.2023
Biological Classification
258221
The structures of the parent that disappear during binary fission of Euglena and develop a fresh in daughter euglenae
1 Flagella and kinetosome
2 Nucleus and basal granule
3 Chromotophores and cytoplasm
4 Stigma paraflagellar body and contractile vacuole
Explanation:
During binary fission of Euglena, the structures of the parents that disappears and develop a fresh in daughter Euglena is stigma, paraflagellar body and contractile vacuole. During this fission, the nucleus divides into two daughter nuclei by mitosis followed by kinetosomes and the chromatophores.
AP EAPCET-23.05.2023
Biological Classification
258223
The correct match among the following Bacteria, Disease I Clostridium, Botulism II Diplococcus, Pneumonia III Treponema, Gonorrhoea IV Neisseria, Tetanus
1 I \& II
2 I \& III
3 II \& IV
4 III \& IV
Explanation:
Botulism is a rare but deadly form of food poisoning. It is caused by a bacteria (clostridium botulinum) that is found all over, even in soil and water. Botulism is a rare but serious illness caused by a toxin that attacks the body's nerves and causes difficulty in breathing, muscle paralysis and even death. Deplococcus, is the most common cause of bacterial pneumonia. Hence, only I and II are correctly matched.
