Answer:
Balanced
Explanation:
The image below is balanced because the forces are oppositely directed and have equal magnitudes.
- Based on newtons first law of motion "a body will remain at rest or continue with uniform motion unless if it is acted upon by an external force".
- The external force creates an unbalanced force resolution on a body.
- For this body, a force of 5N acts to the left
- A force of 5N acts to the right
When forces are directed this way;
Resultant = 5N - 5N = 0N
A resultant force of 0N shows a balanced body.
Answer:
The answer is - True
Explanation:
It is true that according to research the genes that affect energy balance in the body effectively promote energy intake and weight gain but are inefficient to promote energy expenditure and weight loss. This is because it is likely to be a polygenic condition such that there are numerous genes in interaction. Therefore the genes that promote energy intake and weight gain are insufficient to promote weight loss and energy expenditure which is the required energy to carry out physical activities such as breathing, exercising, etc.
Pretty sure its truth / no edit here
Answer:
K+-coupled.
Explanation:
The transport of the solutes may occur along the concentration gradient or against the concentration gradient. Two main types of transport that occur in living organism are active process and passive process.
The passive transport do not require the energy for its transport whereas the active transport require energy. The K+ coupled transport do not require any energy molecule for its transport and easily transfer by the leaky channel. Hence, the K+-coupled transport is not the common active transport.
Thus, the correct answer is option (C).
