Answer:
a huge herbivorous dinosaur of the late Jurassic period, with a long neck and tail.
Your mom told me
also its the first thing on google defensitions so ._.
Answer:
C. Oxygen concentration decreases as altitude increases
Explanation:
Higher altitudes have lower levels of oxygen and decreased air pressure.
The reason animals need a continuous supply of oxygen is to<u> Obtain energy from their food.</u>
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The most fundamental reason why animals need a non-stop delivery of oxygen is without it animals can't achieve sufficient power from their meals.
Cells require a steady delivery of power to generate and preserve the biological order that keeps them alive. This electricity is derived from the chemical bond energy in food molecules, which thereby function as fuel for cells.
The animal's metabolism converts oxygen into strength. All through this system, a waste gas called carbon dioxide is produced. To remove it, the carbon dioxide is carried lower back to the lungs, where its miles are collected and exhaled.
Learn more about metabolism here: brainly.com/question/461228
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Answer:
Explanation:
<em>A diagram of a Punnett Square showing the chromosomes involved in the inheritance of sex-linked traits.
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<em>The female had the genotype XHXh, and produced the two gametes seen at the left side of the diagram.
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<em>The male had the genotype XHY0, and produced the two gametes seen at the right side of the diagram.
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<em>The genotypes seen in the center of the square represent the possible genotypes of the F1 generation.
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<em>Two female offspring are produced for every two male offspring.
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<em>One male and one female offspring inherit normal genes.
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<em>One female is heterozygous for the hemophilia trait and is considered a carrier.
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<em>One male receives a damaged X-chromosome and inherits the condition known as hemophilia.</em>
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Answer:
Therefore, potassium can diffuse through the membrane but sodium cannot. Because the membrane is permeable to potassium ions, they will flow down their concentration gradient; i.e. towards the outside of the cell.
Explanation:
