Couple of jiggers of moonlight and add a star. Pour in the blue of a June night and one guitar. Mix in a couple of dreamers and there you are. Lovers hail the Moonlight Cocktail. Now add a couple of flowers, a drop of dew. Stir for a couple of hours 'til dreams come true. Add to the number of kisses, it's up to you.
The melting point of ice is 0 Â°C (32 Â°F; 273 K) at standard pressure; however, pure liquid water can be supercooled well below that temperature without freezing if the liquid is not mechanically disturbed. It can remain in a fluid state down to its homogeneous nucleation point of about 231 K (â42 Â°C; â44 Â°F).
Best Answer: Calculate the final temperature of a mixture of 190.0 grams of ice initially at -11.5 degrees Celsius and 282.5 grams of water initially at 92.5 degrees Celsius. Heat energy will flow from the hot water to the cold ice, until the temperature of the ice = 0. Then heat energy will flow from the water to the ice until all the ice is melted. Then heat energy will flow from the hot water to the cold water, until the temperature of all the water is the same! Since we do not know whether the hot water can melt all the ice, we better determine the temperature of the hot water after the ice is melted! At this point, all the ice has melted.