The water surrounding Titanic was cold enough to kill. Most victims were dead after hypothermia would have set in by about fifteen minutes.
Its density. The iron that the Titanic was constructed of was denser than that of the water surrounding it; when there was not enough displacement and upforce to balance the downforce, the ship sinks.
Heat energy is transferred from hot water to surrounding air through convection, as the hot water molecules gain kinetic energy and move faster, causing them to rise and transfer heat to the air molecules. This process continues until there is thermal equilibrium between the hot water and the surrounding air.
Cooling hot water is an exothermic process, as heat is released from the hot water as it cools down. Heat is transferred from the hot water to the surrounding environment during the cooling process.
Yes, a hot water tank can explode if the pressure inside becomes too high, potentially causing damage to the surrounding area.
Water absorbs heat from its surrounding as it evaporates.
yes.
Truly, there have been several conspiracy theories surrounding the sinking of Titanic, all of which have been debunked and destroyed.
Conduction
that some people see the captian walking the decks of the sunken titanic
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.
Streams can have hot water if they are fed by geothermal sources such as hot springs or geysers. Underground heat from the Earth's mantle can warm the water that emerges in streams, making it hotter than the surrounding environment.
Hot particles in water increase in kinetic energy, causing them to move faster and collide with surrounding water molecules at a higher rate. This increased movement of hot particles transfers thermal energy to adjacent cooler particles, heating up the surrounding water. As a result, the hot particles will tend to disperse and rise due to convection currents created by the temperature difference.