Answer:
B. Providing the building instructions for living things
Explanation:
The function of protein macromolecules is that they provide the building instructions for living organims.
- Protein macromolecules are essential for the growth and repair of damaged tissues in the body.
- Each unit is made of covalently bonded amino acids.
- They are derived from protein based meals such as a diary products, beans, etc.
- Most of the works in the cells requires proteins.
Proteins are also polypetides.
Answer:
Thigmotropism is a plant's response to touch.
Thigmotropism is a plant's response to an external stimulus.
Thigmotropism can occur quickly or slowly.
Thigmotropism may involve the way in which a plant grows.
Thigmotropism may involve the closing and opening of plant leaves.
Answer:
Multicellularity Cellular
wall made of cellulose
Chlorophyll
Mobility in mature individuals
Explanation:
Multicellularity is because they have multiple cells in their conformation.
The cellulose wall that forms them usually provides the function of protection, maintenance of osmolarity, among others.
On the other hand, chlorophyll is what makes them independent individuals at the time of feeding, and in this way they have the necessary energy that consists of motility, which is a transport mechanism.
Answer: Cell with membrane potential have EXCITABILITY, thus, the correct option is C.
Explanation:
Membrane potential refers to the difference in electric potentials between the inside and the outside of the cell membranes of living organisms. This difference in electric potential give the cell membranes the ability to receive and to respond to stimuli, this ability is called excitability.
The central nervous system is responsible for processing stimuli information and sending out appropriate responses to different parts of the body including the muscles. The muscles tissues are able to respond to the directions of the nervous system to contract or to relax because of their ability to be excited due to the potential differences between the outer and the inner plasma membrane.
