Waters density is at the highest just a few degrees (4°C, or 7°F) above freezing, and it decreases as its temperature changes in either direction(this is pure water, salt water or other solutions may behave differently). This is due to the unique crystal structure water takes on as it freezes and becomes ice, the crystal lattice being less dense than a more conventional solid state substance.
Water has a high specific heat capacity, which means it can absorb a lot of heat energy before its temperature changes significantly. This is due to the hydrogen bonds between water molecules, which require energy to break. Additionally, water also has a high heat of vaporization, meaning it requires a lot of heat to evaporate, further contributing to its resistance to temperature change.
Because water is not a solid substance the molecules and atoms are not as close together as say a bricks molecules. Of course all atoms in everything are moving all the time but water just so happens to move at an accelerated rate resulting in the reduction of friction. When you try to heat water the molecules will slow down to stop from heating and when you try to freeze the molecules will speed up try to heat it up. ---- Water resists temperature change not more then other substances, but differently then other fluids because water is like a special case. Remember, water is most dense at 4 degrees Celsius. The viscosity (the power of the resistance) will decrease as the temperature increases, meaning that it won't resist as much as when the temp. is at 4 degrees Celsius. Vice versa; when the temp. decreases, the viscosity increases, making it harder for the particles to flow past one another. That's why when you freeze water, it becomes a solid, which has particles that can't flow past one another at all. By: KittyKat95
It doesn't quite do the opposite, but it does behave differently. Waters density is at the highest just a few degrees above freezing, and it decreases as its temperature changes in either direction(this is pure water, salt water or other solutions may behave differently). This is due to the unique crystal structure water takes on as it freezes and becomes ice, the crystal lattice being less dense than a more conventional solid state substance.
You are assuming that water does the opposite of what every substance does at a given temperature range. This is not so. Water, as you know, freezes at 0 degrees Celsius and boils at 100 degrees Celsius. So water is in a liquid state between these temperatures. Other substances freeze and boil at temperatures different to these. You can draw a line and mark of two points on it 0c and 100c and call them the freezing and boiling point (of water). You will find that water does not do the opposite of all substances within a range. It will be in a different state (solid, liquid or gas) to many substances at a given temperature, but it will never do the opposite of all substances.
Usually fluids get denser when the temperature drops. They get denser and denser until they turn solid. The same thing happens to water except that water is the densest when it is around 4°C. When the temperature drops towards 0°C it's density lowers.
And also the liquid form is denser than the solid form (ice), which is also unusual. Usually solids are denser than liquids.
Water's high specific heat capacity allows it to resist a change in temperature because it can absorb or release a significant amount of heat energy before its temperature changes. This property is due to hydrogen bonding between water molecules, which requires a lot of energy to break.
of its high specific heat capacity, which allows it to absorb and release large amounts of heat with minimal temperature change. This property makes water a stable environment for aquatic organisms and helps regulate Earth's climate by moderating temperature fluctuations.
Water's high specific heat capacity is the property that allows it to resist rapid changes in temperature. This means that water can absorb or release a large amount of heat energy without its temperature changing significantly.
Yes, there is a change in temperature when ammonium chloride is added to water and stirred. Ammonium chloride dissolves in water endothermically, meaning it absorbs heat from its surroundings to break down into its ionic components. This absorption of heat causes a decrease in temperature of the solution.
To change liquid water into a solid, you need to lower the temperature below 0 degrees Celsius to freeze it. To change liquid water into a gas, you need to raise the temperature above 100 degrees Celsius to evaporate it.
Water's high specific heat capacity allows it to resist a change in temperature because it can absorb or release a significant amount of heat energy before its temperature changes. This property is due to hydrogen bonding between water molecules, which requires a lot of energy to break.
Changes in temperature and pressure.
Its the change in a temperature. If its cold water might freeze and make an ice cube.
Its the change in a temperature. If its cold water might freeze and make an ice cube.
Temperature. Temperature causes matter to change state.
of its high specific heat capacity, which allows it to absorb and release large amounts of heat with minimal temperature change. This property makes water a stable environment for aquatic organisms and helps regulate Earth's climate by moderating temperature fluctuations.
The change in temperature of water can be caused by external factors such as heating or cooling from a heat source, or by changes in the surrounding environment. The temperature of water can also change due to physical or chemical reactions occurring within the water itself.
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Water's high specific heat capacity is the property that allows it to resist rapid changes in temperature. This means that water can absorb or release a large amount of heat energy without its temperature changing significantly.
Yes, cohesion causes water molecules to stick together, making it resistant to changes in temperature. This is because it takes a lot of energy to break the hydrogen bonds between water molecules, resulting in water having a high specific heat capacity and stabilizing its temperature.
The teamperature does not change
Because it effects the water pressure of the shower. This causes the temperature of the water in the shower to also change.