To cool 250 mL of coffee at 90.0$\degree$C, you put a 100.0 g metal spoon cooled to 0.0$\degree$C in the coffee.After thermal equilibrium has been reached, what is the final temperature of your coffee? Assume energy is exchanged only between the spoon and the coffee.The heat capacity of the metal spoon is 0.800 J/(g .$\degree$C).Assume the specific heat and density of coffee are the same as those of water,
4.18 J/(g .$\degree$C) and 1.00 g/mL.

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The Answer of To cool 250 mL of coffee at 90.0$\degree$C, you put a 100.0 g metal spoon cooled to 0.0$\degree$C in the coffee.After thermal equilibrium has been reached, what is the final temperature of your coffee? Assume energy is exchanged only between the spoon and the coffee.The heat capacity of the metal spoon is 0.800 J/(g .$\degree$C).Assume the specific heat and density of coffee are the same as those of water,
4.18 J/(g .$\degree$C) and 1.00 g/mL.

To Cool 250 ML of Coffee at 90 °\degree° C, You Put a 100

To Cool 250 ML of Coffee at 90 $\degree$ C, You Put a 100