Because of the strength of its bonds. The force attracting the molecules to one another is strong and therefore a lot of energy is required to separate them. Heat is merely kinetic energy. When heat is added to water, that means the molecules are vibrating faster. The electromagnetic forces attracting the bonds to one another prevents the jiggling molecules from flying away. If enough energy is added, the molecules will vibrate so fast and hard that they will break away from the other molecules--the bonds or "chains" (so-to-speak) will be broken.
Water has a high specific heat which means it absorbs a lot of energy before the tempeature increases but increase it will, no matter how small the increase. It would be against all the laws of physics if the temperature did not rise after absorbing energy, although the rise may be too small to measure with a normal thermometer.
nothing happens to the temperature,but if you put the water under pressure the boiling point will greatly increase
Abide in me, and i in you. As the branch cannot bear fruit of itself, except it abide in the vine; no more can ye, except ye abide in me.
sensitivity
water
Specific heat capacity
The water molecules spread out as temperature increases, which allows the alum to dissolve more readily. Conversely, as temperature decreases, the water molecules become more compact which causes the alum to be less soluble.
the solubility of a gas decreases when the temperature increases
in my opinon the invere property
This the solubility in water.
When the temperature is colder the particles in the balloon travel slower, making the balloon not able to increase in size it decreases.When the temperature is hot it allows the balloon to expand because the particles in the balloon are moving rapidly. in conclusion the the cold makes the balloon decrease in size and the heat allows it to expand.
A rise in temperature allows the air to absorb more water vapour.
Its viscosity decreases, which allows it to flow easier.
The water molecules spread out as temperature increases, which allows the alum to dissolve more readily. Conversely, as temperature decreases, the water molecules become more compact which causes the alum to be less soluble.
An HP UP increases the maximum number of HP (hitpoints) a Pokemon has. This allows it to absorb more damage from attacks before it faints.
increased surface area allows more particles to absorb more heat energy which breaks the intermolecular bonds between them at a faster rate, hence increases the rate of evaporation
when water turns to ice its volume increases whilst its weight stays the same, therefore ice has a lower density than water, and this allows it to float.
Viscosity tends to increase as temperature drops in most liquids because the kinetic energy of the molecules reduces. This allows the intermolecular forces to get molecules attracted giving the fluid more resistance to flow. Interesting though, in gases at low pressure viscosity increases with T1/2, where T is the thermodynamic temperature.
your lungs
Plasma and platelets have different densities, which allows them to be separated in a centrifuge. Because the platelets have a higher density than the serum and fibrin in plasma, they are pushed out of the plasma and collected at the bottom of the collection container.
the solubility of a gas decreases when the temperature increases
The commutative property of addition and the commutative property of multiplication.
It doesn't. It traps atmosphere in small bubbles when it freezes. Air contains roughly 0.03% CO2 so it only collects very small amounts. WATER, on the other hand, in our oceans does absorb CO2! The Ocean is the primary method we remove CO2 from the Atmosphere. That is why we see naturally higher CO2 levels when the temperature warms and why CO2 always follows temperature and never leads it. Melting ice allows more surface area and allows us to absorb more CO2. That is a negative feedback loop often ignored by doomsday people that believe in the theory of man induced global warming.