Answer:
C. muscle cell, muscle tissue, stomach.
hope that helps
Explanation:
In the activation-synthesis model of dreaming
random neural signals from the brain stem are "synthesized". This model of dreaming <span> is a neurobiological explanation of why we dream and suggests that</span> dreaming results from the brain's attempt to make sense of neural activity that takes place during sleep. This means that even when you are sleeping, your brain is quite active.
Answer:
b. muscle fascicle
c. muscle fiber
d. myofibril and. sarcomere
Explanation:
When muscle contracts, the myosin and actin filaments slide antiparallel to one another hence shortening the distance between the adjacent Z-lines of a sarcomere (a functional unit of striated muscle). Technically, nonetheless, the filaments do not shorten. A chain of sarcomeres make up a myofibril. Myofibrils bound together in bundles around a sarcolemma make up a muscle fiber. Several muscle fibers bundled together in an endomysium make up a fascicle. Several fascicles bound together in a perimysium make up a muscle. A muscle has blood vessels and innervated nerves that serve the cells and are bound overall by an epimysium.
The blood vessels and nerves in the muscle do not contract.
<span>The answer is B. ecosystem. The ecosystem is an ecological system consisting of all of its biotic and abiotic factors. Biotic factors are living organisms and abiotic factors include non-living factors. So, the ecosystem includes a group of organisms and non-living factors those organisms depend on.</span>