Lysosomes are membrane bound organelles which are found only in plant and animal eukaryotic cells. Lysosomes are not found in prokaryotic cell.
in which type of cell do we find the lysosomes a. prokaryote b. animal eukaryote c....
in what type of cell do we find the pili a. prokaryote b. animal eukaryote c. plant eukaryote
in what type of cell do we find the cell wall a. prokaryote b. animal eukaryote c. plant eukaryote
Is this cell a prokaryote or eukaryote? This organisms is classified in which Kingdom?
Discuss the significant changes that are represented in the evolution of the prokaryote cell type into the eukaryote cell. Include in your description major differences and improvements What is the evidence that the Chloroplasts and Mitochondria found in the eukaryotic plant cells are prokaryote endosymbiants? Describe the key steps in the process by which the gene in the DNA results in the production of enzyme sucrase by an eucharyote cell such as an amoeba. Include for use in the cytoplasm...
Complete the following table. Write the function, and yes or no depending on if the organelle exists in that type of cell organelle function Prokaryote Plant Eukaryote Animal Eukaryote organelles: cell membrane cell wall nucleus chloroplast mitochrondria large central vestical golgi apparatus lysosomes endoplasmic reticulum ribosomes cytoskeleton cytoplasm
Which statement best describes the primary origin of chloroplasts? A(n)engulfed a(n) which eventually evolved into a(n) A.) animal cell; archaea cell; prokaryote B.) cyanobacteria; eukaryotic cell; plant cell C.) eukaryotic cell; green algae; red algae D.) eukaryotic cell; cyanobacteria; green algae E.) prokaryotic cell; bacteria; eukaryote
Which observation proves that a cell is a eukaryote?A) It contains DNAB) It contains ribosomesC) It has a cell membraneD) It has DNA inside a nucleus
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
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.
Circle the appropriate cell type in which the listed structure or molecule can be found. Note that the structure or molecule can be found in more than one type of cell. cell type structure or molecule A DNA B nucleus animal plant bacterial animal plant bacterial plasma membrane animal plant bacterial D chloroplast E cell wall F lysosome G mitochondriorn H Golgi apparatus animal plant bacterial animal plant bacterial animal plant bacterial animal plant bacterial animal plant bacterial