Answer:
Glucagon.
The receptor has seven transmembrane a helics secreted by pancreatic a cells.
Polypeptide.
Stimulate glycolysis and glycogenesis in the liver.
EPINEPHRINE.
Stimulated muscles cell to breakdown glucogen.
Amino acid derivative.
Released in response to stress.
EPINEPHRINE AND GLUCAGON.
Released in response to a drop in glucose levels.
Explanation:
Epinephrine is called adrenaline hormone, it is secreted by the medula of adrenal gland. It is an amino acid derivative, it stimulate muscles cells to breakdown glucogen. This hormone is released in response to body stress.
Glugagon is a peptide hormone that is secreted by alpa helics of pancreases. It prevent blood glucose from dropping. It stimulate the conversion of glucogen to glucose in the liver which is release to the blood stream.
The two hormones is released in response to drop in glucose levels to increase glucose concentration in the blood.
Answer:
somatic nervous system
Explanation:
The motor division of the peripheral nervous system includes a somatic nervous system and an autonomic nervous system. The somatic nervous system (SNS) delivers motor information from the central nervous system to skeletal muscles only. Therefore, the motor responses of the somatic nervous system are consciously controlled by humans. This makes it control the voluntary actions of the body. The somatic nervous system includes the somatic motor neurons that connect the skeletal muscles with the central nervous system.
Answer:
Carbon:0
Calcium:1
Chloride:2
Hydrogen:0
Oxygen:0
Explanation:
Ca is calcium and there is only one in the compound due to no subscripts. Cl is chloride with a subscript of 2, meaning there are 2 atoms of that element in this compound.
Well basically the earth turns on it,s surface
