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(20%) Problem 2: A block of aluminum at a temperature of $T_1 = 33 \degree C$ has a mass of $m_1 = 13 \text{ kg}$. It is brought into contact with another block of aluminum that has a mass of $m_2 = 0.50 m_1$, and temperature of $T_2 = -11 \degree C$. Heat is transferred such that the blocks come to thermal equilibrium. This aluminum has a heat capacity of $c = 901 \frac{\text{J}}{\text{kg} \cdot \text{K}}$ $T_f = $

          (20%) Problem 2: A block of aluminum at a temperature of $T_1 = 33 \degree C$ has a mass of $m_1 = 13 \text{ kg}$. It is brought into contact with another block of aluminum that has a mass of $m_2 = 0.50 m_1$, and temperature of $T_2 = -11 \degree C$. Heat is transferred such that the blocks come to thermal equilibrium. This aluminum has a heat capacity of $c = 901 \frac{\text{J}}{\text{kg} \cdot \text{K}}$

$T_f = $

$(20%) Problem 2: A block of aluminum at a temperature of $T1 = 33 \degree C$ has a mass of $m1 = 13 \text{ kg}$. It is brought into contact with another block of aluminum that has a mass of $m2 = 0.50 m1$, and temperature of $T2 = -11 \degree C$. Heat is transferred such that the blocks come to thermal equilibrium. This aluminum has a heat capacity of $c = 901 \frac{\text{J}}{\text{kg} \cdot \text{K}}$ Tf =$

Added by Jennifer F.

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