Discuss the social responsibility of industrial sector.
See Answer →Explain the concept of social policy.
See Answer →Enumerate the various types of treatment and task groups in social group work.
See Answer →Describe the strategies for social development.
See Answer →What is the use of Topological sorting? Write and explain the Topological sorting algorithm. Also, compute the time complexity for the topological sorting algorithm.
See Answer →Enlist the essential rules and conditions of interviewing in casework.
See Answer →Explain the divide and conquer apprach of multiplying two matrices of large size. Also, explain the Strassen’s matric multiplication algorithm. Find the time complexity of both these approaches.
See Answer →Explain the characteristics of social work in correctional settings.
See Answer →Expalin the Partition procedure of the Quick Sort algorithm. Use this procedure and quick sort algorithm to sort the following array of size 8: [12, 9, 17, 15, 23, 19, 16, 24]. Compute the worst case and best case complexity of Quick sort algorithm.
See Answer →Trace the genesis and growth of social defence policies and programmes.
See Answer →Discuss the role of social group worker in different settings.
See Answer →Describe basic principles of social casework and their significance in establishing relationship with the client.
See Answer →Describe the features of the Indian communities – Rural, Tribal and Urban.
See Answer →Discuss the magnitude and causes of contemporary social problems.
See Answer →Define of Group Work. Analyze the dynamics of group process
See Answer →Explain the concept of Social Casework. List major landmarks in the history of casework development.
See Answer →What is the purpose of using Huffman Codes? Explain the steps of building a huffman tree. Design the Huffman codes for the following set of characters and their frequencies: a:15, e:19, s:5, d:6, f:4, g:7, h:8, t:10.
See Answer →What is a Greedy Approach to Problem-solving? Formulate the fractional Knapsack Problem as an optimisation problem and write a greedy algorithm to solve this problem. Solve the following fractional Knapsack problem using this algorithm. Show all the steps. Suppose there is a knapsack of capacity 15 Kg and 6 items are to packed in it. The weight and profit of the items are as under:
(p1, p2,…, p6) = (3, 2, 4, 5, 1, 6)
(w1, w2,…, w6) = (2, 1, 2, 1, 5, 1)
See Answer →The following data were collected on students' Mathematics and Physics scores. Use R programming to fit a linear regression line to predict the effect of Mathematics scores on the Physics scores of a student. Also, predict the Physics score of a student whose Mathematics score is 80.
