I think it's A or B. But I'm not sure entirely
Answer:
The model representing this relationship is : Prey-Predator Relationship.
Explanation:
- In a prey-predator relationship, the population size of each, prey and predator is affected by the population of the other.
- This is distinctly observed when the predator has a preference for a particular prey.
- In the given example, the rabbits are the prey and the foxes are the predators.
- Increase in the population of the rabbits will make them easily accessible to the foxes, that on hunt them for their food.
- On obtaining sufficient food the foxes can reproduce well and will produce more offspring, so the population size of the foxes would also increase.
- After some time, the continued hunting of the rabbits will cause its death rate to increase more than its birth rate. This will result in the decline in the rabbit population.
- The reduced rabbit population would reduce the chances of them being accessed and hunted by the foxes.
- Due to decrease in food availability, the foxes reduce their reproduction rate, as a result the fox population gradually decreases.
- This is followed by an increase in rabbit population.
- This cycle continues.
Answer:
There will not be any effect because the body will continue to produce enough.
Explanation:
Producing breast milk to satisfy a starving newborn is an arduous and energy-intensive task - about 500 calories a day. Therefore, it is important that moms a little more than normal. If the mother eats little, her body will still produce good quality milk, but she will run out of energy. This can also slow the recovery of your body after childbirth.
What determines milk production is how often the baby breastfeeds or how much more the mother empties her breasts. That is, the more the baby suckles, the more milk the mother will have. This milk will always be the amount of nutrients a baby needs, regardless of whether or not the mother has eaten. But if the mother does not eat, she may have health problems.
Hypothesis is a simple statement hat predicts the result of a controlled scientific experiment.
