331273
Which of the following are likely to be present in deep sea water?
1 Archaebacteria
2 Blue green algae
3 Eubacteria
4 Saprophytic fungi
Explanation:
Archaebacteria live in some of the most harsh habitats like hot springs, extreme salty areas, marshy areas and deep sea water.
AIPMT - 2013
BIOXI02: BIOLOGICAL CLASSIFICATION
331274
Rod-shaped bacterium is called
1 Vibrium
2 Coccus
3 Bacillus
4 Spirillum
Explanation:
Rod-shaped bacteria are called Bacillus.
BIOXI02: BIOLOGICAL CLASSIFICATION
331275
Which of the following statement is not true for Nostoc ?
1 It is prokaryotic
2 It is autotrophic
3 It is filamentous
4 It is macroscopic
Explanation:
Nostoc is a cyanobacteria. It belongs to kingdom Monera. They are photosynthetic they have filamentous unbranched form and convert atmospheric nitrogen to ammonia.
KCET - 2012
BIOXI02: BIOLOGICAL CLASSIFICATION
331276
Archaebacteria thriving in extreme salty areas are called
1 Halophiles
2 Methanogens
3 Thermoacidophiles
4 Extremophiles
Explanation:
Archaebacteria thriving in extreme salty areas are called Halophiles.
331273
Which of the following are likely to be present in deep sea water?
1 Archaebacteria
2 Blue green algae
3 Eubacteria
4 Saprophytic fungi
Explanation:
Archaebacteria live in some of the most harsh habitats like hot springs, extreme salty areas, marshy areas and deep sea water.
AIPMT - 2013
BIOXI02: BIOLOGICAL CLASSIFICATION
331274
Rod-shaped bacterium is called
1 Vibrium
2 Coccus
3 Bacillus
4 Spirillum
Explanation:
Rod-shaped bacteria are called Bacillus.
BIOXI02: BIOLOGICAL CLASSIFICATION
331275
Which of the following statement is not true for Nostoc ?
1 It is prokaryotic
2 It is autotrophic
3 It is filamentous
4 It is macroscopic
Explanation:
Nostoc is a cyanobacteria. It belongs to kingdom Monera. They are photosynthetic they have filamentous unbranched form and convert atmospheric nitrogen to ammonia.
KCET - 2012
BIOXI02: BIOLOGICAL CLASSIFICATION
331276
Archaebacteria thriving in extreme salty areas are called
1 Halophiles
2 Methanogens
3 Thermoacidophiles
4 Extremophiles
Explanation:
Archaebacteria thriving in extreme salty areas are called Halophiles.
331273
Which of the following are likely to be present in deep sea water?
1 Archaebacteria
2 Blue green algae
3 Eubacteria
4 Saprophytic fungi
Explanation:
Archaebacteria live in some of the most harsh habitats like hot springs, extreme salty areas, marshy areas and deep sea water.
AIPMT - 2013
BIOXI02: BIOLOGICAL CLASSIFICATION
331274
Rod-shaped bacterium is called
1 Vibrium
2 Coccus
3 Bacillus
4 Spirillum
Explanation:
Rod-shaped bacteria are called Bacillus.
BIOXI02: BIOLOGICAL CLASSIFICATION
331275
Which of the following statement is not true for Nostoc ?
1 It is prokaryotic
2 It is autotrophic
3 It is filamentous
4 It is macroscopic
Explanation:
Nostoc is a cyanobacteria. It belongs to kingdom Monera. They are photosynthetic they have filamentous unbranched form and convert atmospheric nitrogen to ammonia.
KCET - 2012
BIOXI02: BIOLOGICAL CLASSIFICATION
331276
Archaebacteria thriving in extreme salty areas are called
1 Halophiles
2 Methanogens
3 Thermoacidophiles
4 Extremophiles
Explanation:
Archaebacteria thriving in extreme salty areas are called Halophiles.
NEET Test Series from KOTA - 10 Papers In MS WORD
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BIOXI02: BIOLOGICAL CLASSIFICATION
331273
Which of the following are likely to be present in deep sea water?
1 Archaebacteria
2 Blue green algae
3 Eubacteria
4 Saprophytic fungi
Explanation:
Archaebacteria live in some of the most harsh habitats like hot springs, extreme salty areas, marshy areas and deep sea water.
AIPMT - 2013
BIOXI02: BIOLOGICAL CLASSIFICATION
331274
Rod-shaped bacterium is called
1 Vibrium
2 Coccus
3 Bacillus
4 Spirillum
Explanation:
Rod-shaped bacteria are called Bacillus.
BIOXI02: BIOLOGICAL CLASSIFICATION
331275
Which of the following statement is not true for Nostoc ?
1 It is prokaryotic
2 It is autotrophic
3 It is filamentous
4 It is macroscopic
Explanation:
Nostoc is a cyanobacteria. It belongs to kingdom Monera. They are photosynthetic they have filamentous unbranched form and convert atmospheric nitrogen to ammonia.
KCET - 2012
BIOXI02: BIOLOGICAL CLASSIFICATION
331276
Archaebacteria thriving in extreme salty areas are called
1 Halophiles
2 Methanogens
3 Thermoacidophiles
4 Extremophiles
Explanation:
Archaebacteria thriving in extreme salty areas are called Halophiles.
