Answer:
c. the formation of bone from within fibrous membranes
Explanation:
On the basis of formation ossification process is divided into two types:
1) Endochondral ossification : The process by which bone is formed from haline cartilage.
2) Intramembranous ossification : The process by which bone is formed by replacing a fibrous membrane and not from cartilage. This type of ossification occurs as follows :
- An ossification center appears in the fibrous connective tissue membrane.
- Bone matrix is secreted within fibrous membrane
- Woven bone and periosteum forms.
- Bone collar of compact bone forms and red marrow appears.
Hence option c. the formation of bone from within fibrous membranes is the right option
Answer:
Which statement about biological literacy is inaccurate?
Assuming that all bacteria can infect you because your mother told you so is an example of biological literacy
Explanation:
This not accurate as regards biology as science does not give room for guessing or assumptions, every hypothesis must have passed through rigorous processes such as observation, experiment, criticism, validation before they are either accepted or rejected in science. So the Assumption that all bacteria can infect you because your mother told you so is an example of biological literacy is not just an illusion but also a mockery of science. Every scientific studies must be validated before being published for the general public.
D
Because most air pollution is caused by the burning of fossil fuels burned in the home
Answer:
It requires energy
Explanation:
In the coupled transport system, coupled carriers couple the inward transport of one solute across the membrane to the outward transport of other solutes across the membrane. The tight bonding that occurs between the transport of two solutes allows these carriers to utilize the energy stored in one solute, usually an ion, to facilitate transport of the other. With this way, the free energy released during the movement of an ion down an electrochemical gradient is utilized as the driving force to transport other solutes inwards, against their electrochemical gradient.
