Single-called eukaryote that is both photosynthetic and chemohetertroph: apicomplexan kinetoplastid euglenid ciliate
Single-called eukaryote that is both photosynthetic and chemohetertroph:
apicomplexan
kinetoplastid
euglenid
ciliate
Homework Answers
The correct answer is Euglenid.
This is beacuse Euglenids are one of the most versatile organisms. They are autotrophic and can produce their own food via photosynthesis and also heterotrophic as they can consume other organic material. Euglenids also contain mitochondria and stacks of cristae.
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Single-called eukaryote that is both photosynthetic and
chemohetertroph:
apicomplexan
kinetoplastid
euglenid
ciliate
A marine photosynthetic eukaryote that reproduces by forming seeds during reproduction would be ______. green algae...
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Secondary endosymbiosis refers to Endosymbiosis of a prokaryote by a eukaryote Endosymbiosis of chloroplasts since primary...
Secondary endosymbiosis refers to Endosymbiosis of a prokaryote by a eukaryote Endosymbiosis of chloroplasts since primary endosymbiosis created mitochondria Endosymbiosis of a photosynthetic eukaryote by another eukaryote Endosymbiosis that has a minor impact relative primary endosymbiosis The colonization of land by the earliest land plants
Which of the following scenarios best describes the evolution of eukaryotic cells? A. A photosynthetic prokaryote...
Which of the following scenarios best describes the evolution of eukaryotic cells? A. A photosynthetic prokaryote was engulfed and retained by a heterotrophic prokaryote B. A heterotrophic eukaryote was engulfed and retained by a heterotrophic prokaryote C. A heterotrophic prokaryote engulfed and retained a small prokaryote D. A heterotrophic prokaryote engulfed and ate photosynthetic prokaryote
QUESTION 7 Photosynthetic organisms use only a small portion of the electromagnetic spectrum called
QUESTION 7 Photosynthetic organisms use only a small portion of the electromagnetic spectrum called
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Reproductive structures consisting of one or more photosynthetic cells surrounded by fungal hyphae are called ascospores. basidiospores conidia soredia
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6. How are respiratory and photosynthetic electron transport chains similar? A. Both use the same electron...
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One major difference in prokaryote replication versus eukaryote replication is a. prokaryotic chromosomes have a single...
One major difference in prokaryote replication versus eukaryote replication is a. prokaryotic chromosomes have a single origin of replication, whereas eukaryotic chromosomes have many. b. prokaryotes have telomeres, and eukaryotes do not. c. the rate of elongation during DNA replication is slower in prokaryotes than in eukaryotes. d. prokaryotic chromosomes have histones, whereas eukaryotic chromosomes do not. e. prokaryotes produce Okazaki fragments during DNA replication, but eukaryotes do not.
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QUESTION 7 Photosynthetic organisms use only a small portion of the electromagnetic spectrum called
Reproductive structures consisting of one or more photosynthetic cells surrounded by fungal hyphae are called ascospores. basidiospores conidia soredia
6. How are respiratory and photosynthetic electron transport chains similar? A. Both use the same electron donor. B. Both use the same terminal electron acceptor. C. Both use heme-containing electron carriers. D. Both are used to generate reducing power for the cell. E. Both involve adding external energy to electrons.
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