Guanine (G) and Cytosine (C) are joined together with three hydrogen bonds, whereas Adenine (A) and Thymine (T) are only held together with two.
This makes G and C more stable than A and T.
The city located further inland can be significantly drier, the city along the coast can have more stable temperatures. Coastal regions tend to be more stable.
low temperatures
False
It depletes rapidly at low temperatures. This is the reason for ozone depletion at poles.
The more water content that is trapped in a volcano the bigger the explosion in the volcano is.
Nitrogen is much more stable in all temperatures and better for high speed driving.
The city located further inland can be significantly drier, the city along the coast can have more stable temperatures. Coastal regions tend to be more stable.
low temperatures
No. Nitrogen is triply bonded, and is much more stable at "standard" temperatures than the more electronegative oxygen is.
If talking about the gaseous or liquid form of a particular substance, then the solution is more stable. This is due to the fact that liquids have lower temperatures than gases of the same substance, and low temperatures in turn result in a more stable substance. If talking generally about any solution and any gas, then I can't answer your question as it really depends on what substance you are comparing. PS this is wrong
Has high Internal Temperatures.
False
No -it gets more reactive
Enthalpy of hydration is the energy change for converting 1 mol of an anhydrous substance to 1 mol of the hydrated substance. More the hydration enthalpy more will be the energy released on getting hydrated. The stability of any species is inversely proportional to the energy content and any chemical species tends to becoming more and more stable. Thus having high hydration enthalpy means it will become more stable on hydration and thus it will tend to forming its hydrate.
No. Nitrogen is triply bonded, and is much more stable at "standard" temperatures than the more electronegative oxygen is.
It depletes rapidly at low temperatures. This is the reason for ozone depletion at poles.
Yes. They are easily more flexible at higher temperatures.