Answer:
D. Animals living in large groups tend to compete more for resources and mates.
Answer: The Osteophyte is emanating from the Posterolateral Area of C2.
Explanation: The <em>Cervical Plexus</em> consists of 8 nerve roots, from <em>C1-C8</em>, and the Cervical Column consists of 7 vertebrae, from C1-C7.
The first nerve root (<em>C1</em>) emerges above the body C1 vertebra.
The second nerve root (<em>C2</em>) emerges below the body C1 and above C2's body vertebra.
The third nerve root (<em>C3</em>) emerges below the body of C2 and above C3's body vertebra.
The fourth nerve root (<em>C4</em>) emerges below the body of C3 and above C4's body.
The fifth nerve root (<em>C5</em>) emerges below the body of C4, and above the body of C5.
The sixth nerve root (<em>C6</em>) emerges below the body of C5 and above the body of C6
The seventh nerve root (<em>C7</em>) emerges below the body of C6 and above the body of C7.
The eighth nerve root (<em>C8</em>) emerges below the body of C7 and above the body of T1.
Answer:
No, they don't always look like the parents.
Explanation:
They won't always look like the parents because from each parent, they will receive different dominant and recessive traits. In addition, certain traits skip generations or don't get passed down. For example, you can have 2 parents with red hair and have dark brown hair, but have a child who DOES have red hair.
Answer:
Canceled out
Explanation:
In a negative feedback loop, the product of the loop inhibits whatever initiated the loop, preventing more product from being formed.
This is in contrast to a positive feedback loop, where the product of the loop further stimulates whatever initiated the loop, resulting in even more product being formed.
Answer:
There are two processes that are involved in the production of Adenosine Triphosphate or ATP and these are fermentation and cellular respiration. However, during fermentation on 2 ATP molecules are produced while in cellular respiration, 38 ATP molecules are produced.
So the answer would be Cellular respiration produces more ATP molecules than fermentation.
