Biology, 04.07.2019 00:30 jasmine2919

Which of the following best explains the endosymbiont hypothesis? a) prokaryotes capable of digestion took up residence in larger prokaryotes, forming obligate mutualisms. b) the prokaryotes capable of digestion evolved into lysosomes. c) prokaryotes capable of cellular respiration began to associate with prokaryotes capable of photosynthesis. they fused together to form eukaryotic cells. d) prokaryotes capable of cellular respiration and prokaryotes capable of photosynthesis took up residence in larger prokaryotes, forming obligate mutualisms. e) the prokaryotes capable of cellular respiration evolved into chloroplasts and the prokaryotes capable of photosynthesis evolved into mitochondria. f) prokaryotes capable of cellular respiration and prokaryotes capable of photosynthesis took up residence in larger prokaryotes, forming obligate mutualisms. g) the prokaryotes capable of cellular respiration evolved into mitochondria and the prokaryotes capable of photosynthesis evolved into chloroplasts.

Answers: 1

Show answers

Answers

Which of the following best explains the endosymbiont hypothesis?

A) Prokaryotes capable of cellular respiration and prokaryotes capable of photosynthesis took up residence in larger prokaryotes, forming obligate mutualisms. The prokaryotes capable of cellular respiration evolved into chloroplasts and the prokaryotes capable of photosynthesis evolved into mitochondria.

B) Prokaryotes capable of digestion took up residence in larger prokaryotes, forming obligate mutualisms. The prokaryotes capable of digestion evolved into lysosomes.

C) Prokaryotes capable of cellular respiration began to associate with prokaryotes capable of photosynthesis. They fused together to form eukaryotic cells.

D) Prokaryotes capable of cellular respiration and prokaryotes capable of photosynthesis took up residence in larger prokaryotes, forming obligate mutualisms. The prokaryotes capable of cellular respiration evolved into mitochondria and the prokaryotes capable of photosynthesis evolved into chloroplasts.

Prokaryotes capable of cellular respiration and prokaryotes capable of photosynthesis took up residence in larger prokaryotes, forming obligate mutualisms. The prokaryotes capable of cellular respiration evolved into mitochondria and the prokaryotes capable of photosynthesis evolved into chloroplasts

Answer from: Quest

correct answer: biotic and abiotic limitations

carrying capacity is defined as the total number of an organism who can be supported in a given area within the natural resources limit and without harming or degrading the natural, economic or the cultural environment present for the future generations.

carrying capacity is determined by the limiting factors, which are known to affect the natural resources available. it may include water, nutrients, minerals, space, light etc.

explanation:

hope this ! have a wonderful day!

Answer from: Quest

dude i stopped reading after the first 7 words but hey you seem real smart thats awesome have a great day

Another question on Biology

Biology, 21.06.2019 13:30

Is a hamster and guinea pig part of the same species ?

Answers: 1

Answer

Biology, 21.06.2019 19:30

Aflashlight produces light using energy from the batteries. in which order does the energy change form? a. from chemical to electric to light energy b. from electric to light to chemical energy c. from electric to chemical to light energy d. from light to electric to chemical energy

Answers: 3

Answer

Biology, 21.06.2019 23:30

What the theory that the sun goes around earth was replaced with the theory that earth goes around the sun this was an exaple of a

Answers: 1

Answer

Biology, 22.06.2019 03:50

Which statement about the pancreas is not true? a. it is an endocrine organ in the abdomen. b. it release chemicals into the digestive system. c. it releases insulin to increase glucose levels. d. it release hormones into the bloodstream.

Answers: 1

Answer

You know the right answer?

Which of the following best explains the endosymbiont hypothesis? a) prokaryotes capable of digest...

Questions