The temperature of the water and the something will reach an equillibrium somewhere between the two and eventually both will reach room temperature. Time depends on the temperature and mass of the something and the temperature and volume of the water.
Yes, flowing water can freeze even if it is moving, as long as the temperature is below freezing point.
The time to freeze water calculator is used to determine how long it will take for a specific volume of water to freeze at a given temperature.
That depends. Ask not: 'How long does it take 150ml of water to freeze?' Rather ask: 'How cold is the temperature surrounding the water?' and: 'What is the heat conductivity of the vessel containing the water?' According to the second law of thermodynamics, an object hotter than its surroundings will tend to cool and vice versa. So, the cooler the surrounding temperature, the faster the water will freeze.
The water freeze time calculator is a tool that helps determine how long it will take for water to freeze based on factors like temperature and volume.
The time it takes for hot water to freeze depends on factors such as the initial temperature of the hot water and the surrounding temperature. In general, hot water will freeze faster than cold water due to the Mpemba effect, which is the phenomenon where hot water freezes faster than cold water under certain conditions.
So long as the water remains liquid, the temperature measures between 27 and 32 decrees F.
4000 years
No, not usually. Even though Ecuador is on the equator, the current next to the country brings in colder water from the Arctic. On the east coast of Florida, the Gulf Stream brings in much warmer waters from the tropics. It takes a long time for water to change temperature, so it usually reflects wherever it just came from.
i need somthing to mack my dig long and take long
Yes they can, they prefer warmer waters so more likely in the summer, but a larger white shark will tolerate cooler water.
== == "Turning Over" refers to the phenomena when the warm surface water (which is Oxygen Poor) is driven downward (usually by a cold hard rain after a long drought) and the colder oxygen rich waters are forced closer to the surface. Fish instinctually move to lower water depths to find more oxygen, and when the water has turned over, they find oxygen poor waters and can die of asphyxiation. Turnover does in fact refer to a mixing of warm surface waters and cold bottom waters, but actually, it is the surface waters that are oxygen rich, and bottom waters which are oxygen poor. In a lake, for example over the course of a long summer, sunlight will penetrate the surface waters, resulting in natural production of algae (phytoplankton). The phytoplankton are responsible for most of the oxygen in a lake. But as the algae becomes more productive, it shades out the lake, preventing sunlight from penetrating deeply. From the surface of the water down to the point where only the tiniest bit of light remains is called the photic zone. It is ONLY in this zone that photosynthesis can occur, and therefore oxygen production. In the bottom waters, where there is no sunlight, there is no photosynthesis and therefore no oxygen production. Furthermore, the sunlight is the only natural source of heat. So the photic zone becomes warmer as the summer goes on, while the bottom waters, which are not sunlit, stay cool. Warmer water is less dense than cold water and so the warm water floats on top of the cold water. This is called thermal stratification. So when there is a cold hard rain at the end of a long summer, the cold rain falls into the surface waters, cooling it down. When surface waters get close enough to the temperature of bottom waters, the water column will become mixed, resulting in turnover. So the short answer to your question is, turnover is NOT related to fishing. LOL.
The ability of a human can tread water varies on many variables. The temperature of the water, a persons body fat, and the will to live. A marine has tread water for 22 hours in warm waters.
As long as the water temperature of the new water is the same as the old water, it is ok after about 5 minutes.
Not for very long. Water keeps their skin hydrated and controls body temperature.
It will take about a minute to break in water. Depending on the water temperature.
A precise answer would require knowing the ambient temperature, the temperature of the water at the start, and the conductive properties of the vessel containing the water.
It depends what temperature you try to freeze it at.