Still water, with no eddies or currents.
Turbulent water will mix oxygen and thermal levels. Still water will develop gradients.
In still water, above 0°C the surface will be warmest and contain the most oxygen, the bottom will be coldest and contain the least oxygen.
In water with atmosheric temperatures below 0°C, the surface will be coldest, being frozen, and temperature either increasing on the way down, or increasing towards the middle, then cooling again, depending on depth. Oxygen levels are generally consistant throughout in bodies of water with a frozen surface.
Stratification occurs on the ocean floor beds where sediments layer up into layers
Ionic
It is a common bond between hydrogen and nitrogen, fluorine, oxygen because these elements are highly electronegative.
Release of oxygen does not occur.
heat, fuel, and oxygen
Thermal stratification occurs when the temperature of a body of water varies at different depths, with colder water sinking and warmer water rising. This is most common in lakes during the summer when the surface water warms up faster than the deeper water. Thermal stratification can also occur in oceans and reservoirs.
Stratification occurs on the ocean floor beds where sediments layer up into layers
Convection
Water stratification is the layering of water with different temperatures and densities in natural water bodies, such as lakes and oceans. This layering can occur due to differences in temperature, salinity, and density, which can create distinct layers that do not mix easily. Water stratification can impact nutrient distribution, oxygen levels, and the overall health of aquatic ecosystems.
anywhere with adequate heat, oxygen, and fuel
A thermal decomposition reaction occur: lead oxide, nitrogen dioxide and oxygen are obtained.
Ionic
Yes! If pure hydrogen is mixed or put with oxygen it is very likely that an explosion will occur. I hope this information helped!! Jordannn
Yes, they are likely to occur.
It is a common bond between hydrogen and nitrogen, fluorine, oxygen because these elements are highly electronegative.
oxygen
Victimization is most likely to occur when