Ook at the images. Considering the properties of prokaryotic and eukaryotic cells you've learned about, what kind of cell is this? 1. Cell Type A is

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2. Cell Type B is

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3. Cell Type C is

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4. Cell Type D is

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Cell Type A

A photo shows several purple, rod-shaped bacteria against a pink background. The bacteria are grouped into short chains. A photo shows pale-green cells that are tightly packed together. The cells have small dot-like structures inside them. A photo shows irregularly shaped cells with pink cytoplasm and purple-stained nuclei. A photo shows olive green, 3-dimensional tube-shaped cells clustered together.
These cells of Bacillus megaterium are about 2.5–4µm (original magnification LM 320X). There is no visible nucleus present in any of these cells.

Interpret the model. a three-part model with black right-arrows between the parts. left part: a large green apple-shaped component with a w-shaped indentation centered on top. a small blue apple-slice shape sits above the left indentation and an arrow points from the shape to the indentation. a small purple apple-slice shape and arrow sit above the right indentation and an arrow points from the shape to the indentation. middle part: a large green apple-shaped component with a square indentation centered on top. sitting in the left side of the indentation is a blue apple-slice shape with a flat bottom, fused to a purple apple-slice shape with a flat bottom on the right side of the indentation. right part: a large green apple-shaped component with a w-shaped indentation centered on top. an up-arrow is centered above the indentation pointing to a fused blue and purple apple-slice-shaped flat-bottom component sitting above the indentation. assigne "true" or "false" to the end of each statement. the model shows a shape change occurring in the enzyme after the substrate is bound in the active site. t/fthere are two products in this model. t? f there are three substrates in this model. t/f the model shows two different enzymes. t/f

Asap what occurs after cytokinesis is completed at the end of meiosis 1?

How are mutations continually being generated in a population (what are some of the causes of mutatuions? ) explain