5 Question 5: Genetic Algorithms (10 points) Solving a maximization problem, we assume that a population of size two was generated. The initial two chromosome structures (a,b,c) arc (5,0.2) and (2,7,4). Each chromosome is represented by three binary bits The fitness function is given as 20 1. he fitness of each chromosome and the average fitness of a population. 2. Use single-point crossover at the fifth bit from the left and generate the new generation. 3. Compare the average fitness of at Interwand generation 1. Is there any improvement? Wiv? 5 Question 5: Genetic Algorithms (10 points) Solving a maximization problem, we assume that a population of size two was generated. The initial two chromosome structures (a,b,c) arc (5,0.2) and (2,7,4). Each chromosome is represented by three binary bits The fitness function is given as 20 1. he fitness of each chromosome and the average fitness of a population. 2. Use single-point crossover at the fifth bit from the left and generate the new generation. 3. Compare the average fitness of at Interwand generation 1. Is there any improvement? Wiv