Answer:
<em>In electromagnetic waves, energy is transferred through</em> <em>vibrations of electric and magnetic fields. In sound waves, energy is transferred through vibration of air particles or particles of a solid through which the sound travels. In water waves, energy is transferred through the vibration of the water particles.</em>
Explanation:
HOPE IT HELP
Enter a compound inequality to show the levels that are within each range. Then graph the solutions.
Water is not a liquid if its temperature is above 100°C or below 0°C.
Part 1 out of 2
The inequality that shows when water is not a liquid using the variablet is
Answer:
The correct option is: possess both hydrophilic and hydrophobic properties.
Explanation:
Amphipathic, also known as the amphiphilic or amphiphile, are the chemical molecules or compounds that have <u>both the hydrophilic or lipophobic (polar) and hydrophobic or lipophilic (non-polar) properties.</u>
An amphipathic molecule has a lipophilic group or end and a hydrophilic group or end.
Some of the examples of amphipathic molecules are phospholipids, glycolipids, cholesterol, bile acids, saponins, soaps and detergents.
Answer:
The environmental factor that could lead to a decrease in genetic variation in a tuna population is an increase in pollution (second option).
Explanation:
There is a correlation between genetic variability and environmental pollution, the latter being a factor that impacts negatively on the variability of a specific population.
The concept of pollution stress not only implies a low rate of reproduction, but it is also a factor that prevents genetic exchange with other populations, which is a factor that makes the genetic variability decrease in a population.
For these reasons an increase in pollution implies a decrease in genetic variability in a tuna population.
- <em>Other options, such as </em><u><em>an increase in food availability</em></u><em>, a</em><u><em> decrease in tuna fishing
</em></u><em> or </em><u><em>a decrease in tuna predators</em></u><em>, are environmental factors that contribute to increased genetic variability.</em>
