*label_important*IMPORTANT QUESTIONS AND ANSWERS

#### *label_important* Unit 1 : (Important Q&A)

#### *label_important*Unit 2 : (Important Q & A)

#### *label_important* Unit 3 : (Important Q & A)

#### *label_important* Unit 4 : (Important Q & A)

#### *label_important* Unit 5 : (Important Q & A)

*label_important*1. TESTING OF HYPOTHESIS

5 Chapters | 71 Solved Problems

#### *label_important* 1.1 Large Sample Test

#### *label_important*1.2 Student t-distribution

#### *label_important* 1.3 Chi-Square distribution

#### *label_important* 1.4 F-test for equality of population variances

*label_important*2. DESIGN OF EXPERIMENTS

4 Chapters | 19 Solved Problems

#### *label_important* 2.1 One way classification

#### *label_important*2.2 Two way classification

#### *label_important* 2.3 Latin Square Design

#### *label_important*2.4 2^2 Factorial Design

*label_important*3. SOLUTION OF EQUATIONS AND EIGENVALUE PROBLEMS

8 Chapters | 41 Solved Problems

#### *label_important* 3.1 The Iteration Method

#### *label_important*3.2 Newton-Raphson method

#### *label_important* 3.3 Gauss – Elimination method

#### *label_important* 3.4 Gauss – Jordan method

#### *label_important* 3.5 Guass Jacobi Method

#### *label_important* 3.6 Gauss - Seidal Method

#### *label_important*3.7 Eigen values of matrix by power method

#### *label_important* 3.8 Jacobi Method for symmetric matrix

*label_important* 4. INTERPOLATION, NUMERICAL DIFFERENTIATION AND NUMERICAL INTEGRATION

8 Chapters | 70 Solved Problems

#### *label_important* 4.1 Lagrange's Interpolations

#### *label_important*4.2 Newton’s Divided difference Interpolations

#### *label_important* 4.3 Newton’s forward and backward difference Interpolation

#### *label_important* 4.4 Approximation of derivatives using interpolation polynomials

#### *label_important* 4.5 Trapezoidal rule

#### *label_important* 4.6 Simpson’s one-third rule

#### *label_important* 4.7 Trapezoidal rule for double integral

#### *label_important* 4.8 Simpson’s rule for double integral

*label_important* 5. NUMERICAL SOLUTION OF ORDINARY DIFFERENTIAL EQUATIONS

6 Chapters | 51 Solved Problems

#### *label_important* 5.1 Taylor's series method

#### *label_important*5.2 Euler's Method

#### *label_important* 5.3 Modified Euler's Method

#### *label_important* 5.4 Runge-Kutta Method

#### *label_important* 5.5 Milne's predictor-corrector method

#### *label_important* 5.6 Adams-Bashforth predictor-corrector method