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160 btu's. It takes 1 btu (British Thermal Unit) to change the temperature of 1lb of water 1°. This is referred to as sensible heat. This 1 to 1 ratio does not hold true when changing the state of that water to ice or to steam. Changing the state 1lb of water at 212° to 1lb of steam at 212° you must add 970 btu's and to change 1lb of water at 32° into 1lb of ice at 32° you must add 144 btu's. This is referred to as latent heat.
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What temperature should the water be for a French press?
The water temperature for a French press should be around 200F (93C) for best results.
What temperature should the water be when using a French press?
The water temperature for using a French press should be around 200F (93C).
What is the best water temperature for brewing coffee in a French press?
The best water temperature for brewing coffee in a French press is around 200F (93C).
What is the best water temperature for making French press coffee?
The best water temperature for making French press coffee is around 200F (93C).
What is the best water temperature for pour over coffee brewing?
The best water temperature for pour over coffee brewing is around 200F (93C).
What is the ideal temperature of water for a French press coffee maker?
The ideal temperature for water in a French press coffee maker is around 200F (93C).
What is the ideal water temperature for brewing coffee in a French press?
The ideal water temperature for brewing coffee in a French press is around 200F (93C).
What is the ideal water temperature for making French press coffee?
The ideal water temperature for making French press coffee is around 200F (93C).
What is the perfect water temperature for French press coffee brewing?
The perfect water temperature for French press coffee brewing is around 200F (93C).
What temperature should the water be for making French press coffee?
The water temperature for making French press coffee should be around 200F (93C).
What temperature should rice be cooked at?
Rice should be cooked at a temperature of around 200F to 212F, which is the boiling point of water.
How many btu must be removed from one pound of water at 200F for it to end as ice at 30F?
To calculate the heat energy required to cool water from 200°F to 32°F (its freezing point) and then to further cool it to 30°F and freeze it, we need to consider the specific heat capacities and latent heat of fusion of water. The specific heat capacity of water is 1 BTU/lb°F, and the latent heat of fusion of water is 144 BTU/lb. To cool water from 200°F to 32°F, we need to remove: (200°F - 32°F) * 1 BTU/lb°F = 168 BTU. To freeze the water at 32°F, we need to remove the latent heat of fusion: 144 BTU. Therefore, the total heat energy required to cool one pound of water from 200°F to ice at 30°F is 168 BTU + 144 BTU = 312 BTU.
