Water in contact with ice will cool to zero degrees Celsius (equal to 32 degrees Fahrenheit).
First thing that will happen is the water will rise depending on the amount of ice cubes put in. As the water gets colder, the ice cubes will start to melt turning into water.
Assuming the water in the glass is initially at the same temperature as the flowing water, the flowing water will melt the ice faster. The reason for this outcome is that, as the ice absorbs heat from the water, the water becomes colder. The water in the glass thus becomes increasingly cold as the ice melts. However, because the flowing water continuously replaces the cooled water, the water in contact with the ice approximately remains at the same, warmer temperature. Thus, the flowing water melts ice faster.
ice melt in the room temperature
Assuming the container is filled to the top with minimal airspace, the water will freeze becoming ice. It will continue to get colder and start expanding until it fills the glass bottle and then force the glass to break as it continues to expand.
Ice water has a lower temperature, but if you have plain water, and the ice water melts, it's likely that you'll have two glasses of water of the same temperature.
The temperature will be the same.
The exact same reason a glass filled with ice water sitting on a table has CONDENSATION forming on the outside of the glass .. The ambient temperature is HIGHER then the glass and thus the dripping
If both of them consist of water and ice at the same time then the temperature for both of them is zero Celsius (from the heating curve of water)
It feels like ice , and glass like . · The glass filled with cold water and ice cubes felt cold on the outside as well.
Because water is warmer than 32 degrees and ice is colder. Setting the glass at room temperature causes the ice to melt.
No. The volume taken up by the ice gets smaller as it melts. This makes the total volume of ice and water in the glass smaller as time passes. So the glass will not overflow
Stacey hahahaha lol :)
First thing that will happen is the water will rise depending on the amount of ice cubes put in. As the water gets colder, the ice cubes will start to melt turning into water.
Assuming the water in the glass is initially at the same temperature as the flowing water, the flowing water will melt the ice faster. The reason for this outcome is that, as the ice absorbs heat from the water, the water becomes colder. The water in the glass thus becomes increasingly cold as the ice melts. However, because the flowing water continuously replaces the cooled water, the water in contact with the ice approximately remains at the same, warmer temperature. Thus, the flowing water melts ice faster.
Heat flows from the water to the ice.
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No. The ice will melt such that it fills the volume of ice that the submerged part of the cube displaces.