MATERIALS SCIENCE AND ENGINEERING -PACK
10th Edition
ISBN: 9781119721857
Author: Callister
Publisher: WILEY
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Chapter 1, Problem 3QAP
To determine
The three items that are made from ceramic materials, the specific ceramic material used for each item and its characteristic.
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Trace a State Space Tree introduced in the Chapter 5.1 using algorithms depth_first_search (page 205), checknode (page 207), and expand (page 210).
Assume that State Space Tree is a two-level full binary tree (root is level 0). Node #2 (according to notation used in the Figure 5.1, page 204) is non-promising.
Count the number of steps performed by each of those three algorithms. Consider execution of instructions like "visit node" or execution of "promising function" as one step, "write a solution" as an exit call.
Note: no need to print or a draw a whole tree. Just provide three numbers as an answer
2- An inlet water solution of 100 kg/h containing 0.010 wt fraction nicotine (A) in water is
stripped with a kerosene stream of 200 kg/h containing 0.0005 wt fraction nicotine in a
countercurrent-stage tower. The water and kerosene are essentially immiscible in each other. It is
desired to reduce the concentration of the exit water to 0.0010 wt fraction nicotine. Determine the
theoretical number of stages needed. The equilibrium data are as follows, with x the weight
fraction of nicotine in the water solution and y in the kerosene:
X
y
X
y
0.001010
0.000806
0.00746
0.00682
0.00246
0.001959
0.00988
0.00904
0.00500
0.00454
0.0202
0.0185
Chapter 1 Solutions
MATERIALS SCIENCE AND ENGINEERING -PACK
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