Yes, it is true that movement of water where density increases underwater causes deep currents.
<h3>Why does movement of water where density increases underwater causes deep currents?</h3>
With the intervention of two primary mechanisms, winds and density differences, whose origin lies in the contact surface between the atmosphere and the sea, ocean mass is constantly shifted and mixed by more or<em> less fast motions. </em>
Despite being slow, the movements of the deep ocean masses are nevertheless considered currents since they pull the water in a specific direction.
Differences in density, which are influenced by salinity and temperature, are the cause of this movement.
<h3>What happens to water's density as salinity levels rise?</h3>
As the water's salinity increases we can observe its density increase.
<h3>What are underwater deep currents?</h3>
Different water densities lead to deep currents, also known as thermohaline circulation.
These currents are caused by the sinking of cold, thick water at the poles.
Water from the surfacecirculates on a 1000-year journey around the globe as it flows to replace water that is sinking.
To learn more about underwater deep currents visit:
A chemical reaction which is associated with a release of energy and thus, is associated with a negative free energy change is said to be an exergonic reaction.
An exergonic reaction owing to the negative free energy change is a spontaneous reaction.
The energy that is released in the exergonic reaction is usually observed in the form of heat and light.
The energy is released due to the breaking of the chemical bonds.
Therefore, on burning of the firewood the bonds between the glucose molecules break up which leads to the release of energy in the form of heat and light and this is thus, an example of an exergonic reaction.
To protect our eyes from moisture and light. Example: from sweat. It can also reduce the amount of light that gets in your eyes and keep dirt away from them too.
