The temperature is what you set it to be. The question "what is the freezing point", is different : the more salt the lower the freezing point, to a limit a few degrees below 0 degrees centigrade.
"The ice cube without salt melts because the air around it is warmer than 32 degrees F. The salted cube melts faster. When you add salt it dissolves into the water of the ice cube. Salt water freezes at a lower temperature than the 32 degrees F at which freshwater freezes. The difference between the air temperature and the freezing point of salt water is bigger than the difference between the air temperature and the freezing point of freshwater. This makes the ice with salt on it melt faster." ("Salt and Ice." Salt and Ice. N.p., n.d. Web. 23 Nov. 2015.)
Ice cube with salt. The salt disrupts the lattice formation in the ice, lowering the melting temperature. As the salt melts ice, the surface area exposed to the salt increases, further perpetuationg the reaction.
Salt water freezes at a lower temperature, which is why salt is used to melt road ice. In an environment where the temperature is slowly getting warmer as to melt the ice, frozen salt water will melt quicker than ice.
Salt lowers the temperature at which water freezes which would cause the ice to melt.
It will reduce the cooling temperature and preserve the ice for longer period.
You add salt to ice to lower the temperature of the ice/water mixture. Without the salt, the temperature would not fall below 32.F, which is not cold enough to make ice cream. The freezing point of salt water is below that temperature and thus allows the cream to partially freeze, a necessary part of making ice cream Salt causes water to freeze at a much lower temperature. Adding salt to the ice causes the temperature of the brine solution to drop dramatically, while freezing the ice cream inside the container.
Ice forms when the­ temperature of water reaches 0 degrees Celsius. When you add salt, that temperature drops. Addition of salt makes makes the melting point of ice increase, making the freezing point of water a lower temperature than just water along (i.e. without addition of salt). The salt dissolves into the liquid water in the ice and lowers its freezing point.
Ice forms when the­ temperature of water reaches 0 degrees Celsius. When you add salt, that temperature drops. Addition of salt makes makes the melting point of ice increase, making the freezing point of water a lower temperature than just water along (i.e. without addition of salt). The salt dissolves into the liquid water in the ice and lowers its freezing point.
Because the melting temperature of the ice is 32°F and the melting temperature of the salt is 1,474°F.
They would be relatively the same temperature, it's just the melting point which is changed.
"The ice cube without salt melts because the air around it is warmer than 32 degrees F. The salted cube melts faster. When you add salt it dissolves into the water of the ice cube. Salt water freezes at a lower temperature than the 32 degrees F at which freshwater freezes. The difference between the air temperature and the freezing point of salt water is bigger than the difference between the air temperature and the freezing point of freshwater. This makes the ice with salt on it melt faster." ("Salt and Ice." Salt and Ice. N.p., n.d. Web. 23 Nov. 2015.)
It takes 46:30 for kosher salt to melt ice!,
Salt lowers the temperature at which ice melts. Thus, it makes the temperature inside the cooler colder.
Ice cream makers that consist of a container enclosed in a larger bucket of chunks of ice include salt with that ice because the salt lowers the temperature of the entire mixture. The salt causes the ice to melt, creating a drop in the temperature of the resulting icy salt water.
You add salt to ice to lower the temperature of the ice/water mixture. Without the salt, the temperature would not fall below 32F, which is not cold enough to make ice cream. The freezing point of salt water is below that temperature and thus allows the cream to partially freeze, a necessary part of making ice cream Salt causes water to freeze at a much lower temperature. Adding salt to the ice causes the temperature of the brine solution to drop dramatically, while freezing the ice cream inside the container. As the ice melts, the "heat" of the ice mass is preserved by lowering the temperature. (It's called "latent heat") It takes approximately 80 calories of energy to melt a gram of ice. That latent heat principle is used to lower the temperature of melting ice, thereby allowing the ice cream to freeze. It's an example of simple physics and is described in most physics books and physics classes.
Whoever wrote the previous answer was COMPLETELY wrong. Salt does not affect the temperature of the ice - ice has a sort of 'inner core' temperature which is actually lower than 0 degrees C. Rather, the chemical properties of salt actually just allow the stronger chemical bonds of ice to separate and melt, which in turn gives off the sense that the salt is decreasing in temperature, where it is actually just breaking down the bonds of the solid (melting it without heat).
Salt lowers the freezing temperature of water to some extent, so ice at 0°C can be melted to some porportion of ice at a lower temperature and brine.