The right answer is <span>A) semi-permeable membrane
<span>A semi-permeable membrane is a membrane permeable to a liquid (solvent) and impermeable (or poorly permeable) to substances dissolved in the liquid (solute).
</span>The tubule of a kidney consists of a semi-permeable membrane and has also specific transporters which allow absorption and reabsorption. These "tools" allows some substances like ions to be absorbed/reabsorbed (by the transporters), without any changes in the concentration of the other substances (because both the membrane and the transporters stopped them).</span>
False because cells don’t start diving when they contact a neighboring cell.
Answer:
The answer is below
Explanation:
To improve this condition, there are various means or ways to combat this, some of which are:
1. Carrying out improvement on nutrition
2. Eliminating or reducing the environmental degradation on the food system by making food supplies more diverse, nutritious and sustainable.
3. Increasing the Plantation of agricultural produce, most especially food.
4. Birth control: this is trying to measure the resources available against the population, to achieve optimum relationship between population and resources.
5. Ensuring Organic Pesticides are used in agriculture, to avoid or prevent contamination of foods.
6. Provide proper Irrigation system, such that most area can serve the purpose of of agriculture.
7. Ensure the use of quality Seeds, which can translate to to bounty harvest
8. investment is needed to facilitate innovations and development of interventions that can improve nutrition in a cost-effective, sustainable way.
9. the private sector needs to be engaged in a meaningful way in finding solutions to a more sustainable and nutritious food system.
Answer:
paresis
Explanation:
refers to a condition in which muscle movement has become weakened or impaired. You may also sometimes see it referred to as “mild paralysis” or “partial paralysis.” Although paresis affects your muscles, it usually occurs due to nerve damage.
Answer:
Scientists connect soil development to the following factors: parent material, climate, biota (organisms), topography, and time.