In an experiment, 30.0 g of metal is heated to 98.0 ![In an experiment, 30.0 g of metal is heated to 98.0 C and then quickly transferred to 50.0 g of water in a calorimeter at 27.0 C.The heat capacity of the calorimeter with the water is 211 J/ C.The final temperature comes to 32.5 C.What is the approximate specific heat capacity of the metal? [c<sub>p</sub>(water) = 4.18 J/(g . C) ] A) 0.140 J/(g . C) B) 83.0 J/(g . C) C) 0.540 J/(g. C) D) 0.591 J/(g . C) E) 29.5 J/(g . C)](https://d2lvgg3v3hfg70.cloudfront.net/TB6562/11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11.jpg)
C and then quickly transferred to 50.0 g of water in a calorimeter at 27.0 11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11 C.The heat capacity of the calorimeter with the water is 211 J/ 11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11 C.The final temperature comes to 32.5 11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11 C.What is the approximate specific heat capacity of the metal?
[cp(water) = 4.18 J/(g .11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11C) ]
A) 0.140 J/(g .11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11C)
B) 83.0 J/(g . 11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11C)
C) 0.540 J/(g.11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11C)
D) 0.591 J/(g .11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11C)
E) 29.5 J/(g .11eed8b2_2d82_a951_a0ba_55ddc23a4114_TB6562_11C)
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