BIOLOGY HIGH SCHOOL

The dodo was a flightless bird that became extinct in the 1600s. It is believed that one cause of the dodo's disappearance was the destruction of the forests where they lived and fed.Why did this help cause the extinction of the dodo?
A.
The dodo was depressed after losing its home.
B.
The dodo quickly changed into a different species of bird.
C.
The dodo adapted to fit its new environment too quickly.
D.
The dodo was unable to adapt to environmental changes.

Answers

Answer 1
Answer: D. THe dodo was unable to adapt to enviornmental changes
Answer 2
Answer:

Answer:

D. The dodo was unable to adapt to environmental changes.

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Give two other factors that may affect a person's metabolic rate
In 1831, Charles Darwin visited the Galapagos Islands. While observing the giant land tortoises that lived on these islands, Darwin noted that the shape of the tortoise shell varied depending on which island the tortoise lived. Tortoises on one island had round shells, for example, whereas tortoises on a neighboring island had more flattened, saddle-shaped shells. Which statement BEST summarizes Darwin's explanation for these differences?A) Random mutations caused the shape of the shells to fluctuate periodically. B) The shape of the tortoise shell varied because the predators on the islands were different. C) The particular shape of the shell was best suited for the island on which the tortoise was living. D) Tortoises who used their shells in special ways caused the shells to become larger, rounder, or flatter.
Which process allows organisms to keep internal conditions relatively constant despite changes in external conditions? Homeostasis Hibernation Hypothermia
what have scientist learned about the classification of amphibians, birds, and reptiles by studying their evolutionary relationships?
Which of the following codes for a specific protein?Question 1 options: DNA gene enzyme chromosome amino acids

What is one positive effect that prey have on a predator population? A. Prey populations that decrease provide for consistent predator populations. B. Prey populations that increase provide for lower predator populations. C. Prey populations that increase provide for higher predator populations. D. Prey populations that decrease provide for higher predator populations.

Answers

The answer is C. Hope this helps!

Radish flowers may be red, purple, or white. A cross between a red-flowered plant and a white-flowered plant yields all-purple offspring. The part of the radish we eat may be oval or long, with long being the dominant characteristic. The flower color trait in radishes is an example of which of the following?
A) a multiple allelic system
B) sex linkage
C) codominance
D) incomplete dominance
E) epistasis

Answers

The answer is D) incomplete dominance.

Incomplete dominance occurs when heterozygous phenotype is intermediate to the dominant homozygous and recessive homozygous phenotypes. In radish flowers, purple is intermediate to white and red flowers. So, purple color is characteristic for heterozygous phenotypes. When dominant red flowers are crossed with recessive white flowers, all offspring will be heterozygotic and with intermediate - purple color.

Final answer:

The flower color trait in radishes, as described in your question, is a classic example of incomplete dominance, as the offspring's phenotype (purple flowers) is a blend of the parental traits (red and white flowers).

Explanation:

The flower color trait in radishes, as described in your question, is an example of incomplete dominance. In incomplete dominance, neither allelic version of the trait is completely dominant, resulting in an offspring phenotype that is a blend of the parental traits.

In your presented case, neither the red flower trait nor the white flower trait is entirely dominant, which is why a cross between a red-flowered and a white-flowered radish produces all-purple offspring. This is a classic example of incomplete dominance in biology.

Learn more about incomplete dominance here:

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If a segment of one side of a DNA molecule has 500 adenine bases, how many thymine bases does the other side have?250
500
You can't tell from this data.
0

Answers

If a segment of one side of a DNA molecule has 500 adenine bases, then the other side of the same DNA molecule has 500 thymine bases. There are four nitrogenous bases in DNA. Adenine and Thymine are two of them. The other two bases are Guanine and Cytosine. The order in which these four bases is read  is responsible for telling a cell how to make the proteins that it needs to use to function properly. For example, the bases, in a certain order, will tell the cell to create the protein responsible for transferring oxygen in the bloodstream

it's 500, I just took the test.

The first step in restoring pine woodlands is prescribed burning. T or F

Answers

True Starting a controlled forest fire destroys invasive species and dead debris and cleanses the ground and lower hanging dead brush. In addition, many of the pinecones have evolved to increase their seed disbursement when under fire or high heat. This allows the woodlands to regrow with a "reset" to the area in a fitter and more efficient manner.

Answer:

The answer is TRUE Edge confirmed

Microbiologists use the gram stain to aid in the identification of bacteria. What is the major difference between gram-positive and gram-negative bacteria?

Answers

The major difference between Gram-positive and Gram-negative bacteria is the presence or absence of an OUTER PLASMA MEMBRANE.

Gram-positive bacteria do not contain an outer plasma membrane, whereas Gram-negative bacteria have a lipid-rich outer plasma membrane.

This outer plasma membrane contains lipopolysaccharide (LPS) in addition to phospholipids and proteins.

Moreover, Gram-positive bacteria are also surrounded by thick layers of peptidoglycan.

In conclusion, the major difference between Gram-positive and Gram-negative bacteria is the presence or absence of an OUTER PLASMA MEMBRANE.

Learn more in:

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Answer:

Microbiologists use the gram stain technique to identify the gram-positive and gram-negative bacteria on the basis of the composition of their cell wall.

The major difference between the cell wall of gram-positive bacteria and gram-negative bacteria is that in gram-positive bacteria peptidoglycan is the major component which makes gram-positive cell wall whereas in gram-negative bacteria their cell wall has a thick outer layer of Lippo polysaccharide and a thin inner layer of peptidoglycan.

So in gram stain gram-positive cell wall retains the crystal violet because of the thick peptidoglycan layer and appears violet and gram-negative appears pink as it lacks the outer thick peptidoglycan layer.

What way does the glucose go?

Answers

Answer:

The stomach and small intestines absorb the glucose and then release it into the bloodstream. Once in the bloodstream, glucose can be used immediately for energy or stored in our bodies, to be used later
It goes into your intestine where it’s absorbed. From there it passes into your bloodstream. Once in the blood insulin helps glucose get to your cells
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