Except for the Plantae, what best describes the origin of chloroplasts in most other eukaryotes? Group of answer choices Chloroplasts evolved independently in different lineages Primary endosymbiosis An amoeboid protist engulfed another protist that had chloroplasts in its tissues Mitochondria were converted to perform photosynthetic functions Eukaryotes outside the Plantae don’t have chloroplasts

Which of the following provide evidence for an endosymbiotic origin of mitochondria and chloroplasts? Choose all the correct statements. Group of answer choices They are about the same size as free-living cyanobacteria and alpha proteobacteria. The nuclear membrane of eukaryotes is similar to the archaean cell membrane. Organelle genes are often more similar to bacterial genes than those of their eukaryotic host. These organelles have their own circular genomic DNA.

Protistans are the ancestors of; Plants Animals Fungi All of the answers listed here are correct

Phylum Zygomycota: the molds Phylum Glomeromycota: the mycorrhizal fungus Phylum : the club fungus Phylum Ascomycota: the sac fungus

Please answer fast

Eukaryotic cells can be detected at latest mid-way through the Proterozoic, and multicellular eukaryotes not long after – but there is a curious lag before the radiation of multicellular eukaryotic groups. We discussed two possible reasons for this. Explain both. Why might an early arrival of lichens on land explain aspects of both of those possibilities?

Define the endosymbiotic theory. Explain how mitochondria and chloroplasts evolved by endosymbiosis. Explain 4 pieces of evidence for the Endosymbiotic Theory.

Which of the following is an example of a symbiosis between an Ascomycete and a green algae? Group of answer choices Ferns Rhizobium and Plants Lichens Mycorrhizal Fungi and Plants Hornworts

Why are the protists in termites obligate endosymbionts? question # 8

What traits do fungal cells share with the some bacterial cells? (Choose all that apply) the ability to secrete enzymes that break down food sources Othe ability to take up nutrients from the environment the presence of mitochondria to provide energy for the cells the ability to utilize carbohydrates and oxygen to produce ATP A cell wall that prevents lysis in hyp0tonic conditions