Answer:
the external oblique.
Explanation:
<u>the external oblique</u> covers the ventral, abdominal region in rats.
The answer is nonvascular plants.
The plants that are similar to algae are
called nonvascular plants. They are the plants small plants with the absence of
vascular system. They do not have roots. They have small hair likes that insert
to substrate to keep the plants in place instead of roots. These are called
rhizoids.
Cerebellum smoothes and coordinates the movement of skeletal muscle.
Answer:
Allows to give rise to different organs.
Explanation:
Since all the cells in our body have developed from a single cell, "the egg or ovum fertilized by a sperm", all of them are identical, that is, they have exactly the same instructions, but depending on the organ they form part, they will use only part of the information or another. This is known as cell specialization.
Thus, the nerve cells possess the information necessary to form hair and the cells that form hair possess the information necessary to form nerves. However, once specialized, nerve cells will form nerve tissue and hair cells will form hair.
In this way, being different recipes, the cells give rise to different organs.
Answer:
Well we need to start with one concept. When the wheel makes one full rotation, the unicycle will travel a distance equivalent to the wheel’s circumference. When we figure out the circumference, we will know how far it will travel in one rotation. We will then need to multiply that value by 4 to see how far it will travel in 4 rotations.
The wheels circumference is equivalent to 2*pi*radius. Or C=pi*diameter.
Pi=3.14
Diameter=12inches
C=(3.14)*(12inches) =37.68 inches
That's one revolution. Now let's multiply by 4 to get the distance traveled in 4 revolutions.
(37.68 inches) * (4 revolutions) = 150.72 inches traveled in 4 revolutions.
150.72 is already rounded to the nearest hundredth.
