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Licemer1 [7]
3 years ago
14

One function of the central vacuole in plant cells is facilitating cell growth: the central vacuole absorbs water and increases

in size, expanding the volume and size of the plant cell while doing so. Animal cells, however, do not grow by this method. What is an essential difference between animal and plant cells that could explain how a plant cell can withstand this expansion of the central vacuole? View Available Hint(s) One function of the central vacuole in plant cells is facilitating cell growth: the central vacuole absorbs water and increases in size, expanding the volume and size of the plant cell while doing so. Animal cells, however, do not grow by this method. What is an essential difference between animal and plant cells that could explain how a plant cell can withstand this expansion of the central vacuole? Plant cells grow at a slower rate than animal cells. The plant cell wall provides a more rigid structure. Animal cells have a similar organelle that produces the same effect as the central vacuole. Plant cells cannot divide.
Biology
1 answer:
Stolb23 [73]3 years ago
6 0

The right answer is The plant cell wall provides a more rigid structure.

Plant cells are differentiated from animal cells by the cell wall (among others, they differ in size, vacuoles and the presence of chloroplasts). This wall, called the pectocellulosic wall (composed of pectin and cellulose), gives a rigid structure to the cell and a polygonal morphology to the cell.

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otez555 [7]

Answer:

a. Mitochondrial DNA b. Morphology c. Plastic prints d. Herbert D. Macdonald e. Nuclear DNA f. Medulla

Explanation:

a. Found in small structures outside the nucleus of a cell and is inherited from the biological mother - Mitochondrial DNA

b. Hair’s form and structure Hair's morphology

c. Prints created when the finger touches a soft material like soap or putty - Plastic prints

d. Has studied bloodstains extensively and has offered a number of important observations about bloodstains - Herbert L. MacDonell.

e. Found in the nucleus of a cell and is inherited from both biological parents - Nuclear DNA

f. A set of cells that runs through a hair - medulla

3 0
3 years ago
A group of cells is assayed for DNA content immediately following mitosis (G1) and is found to have an average of 8 picograms of
mariarad [96]

Answer:

16 pg at the end of S

16 pg at the end of G2

Explanation:

A cell has 8 pg of DNA per nucleus in G1.

During S phase the DNA replicates, so every nucleus will contain double the normal amount of DNA that was present in G1. Therefore, at the end of S each nucleus would have 16 pg of DNA.

During G2 the cell continues growing and preparing for mitosis, but DNA content does not change: there are still 16 pg per nucleus.

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3 years ago
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Leno4ka [110]

Natural Selection is: <u>the process whereby organisms better adapted to their environment tend to survive and produce more offspring.</u>


An example of this is our appendix. We no longer use our appendix because food nowadays is softer than what our ancestors used to eat.

Our ancestors could quickly digest (through their appendix) tree barks because they ate them frequently versus now we don't even use them at all

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