STUDENTSFOCUS Se… · 3x — cos x — 1 = 0, correct to 4 decimal places. ii) Using Gauss-Jordan...

4
STUDENTSFOCUS.COM

Transcript of STUDENTSFOCUS Se… · 3x — cos x — 1 = 0, correct to 4 decimal places. ii) Using Gauss-Jordan...

Page 1: STUDENTSFOCUS Se… · 3x — cos x — 1 = 0, correct to 4 decimal places. ii) Using Gauss-Jordan method, find the inverse of A = 2 3 (OR) b) i) Solve, by Gauss-Seidel method, the

STUDENTSFOCUS.COM

Page 2: STUDENTSFOCUS Se… · 3x — cos x — 1 = 0, correct to 4 decimal places. ii) Using Gauss-Jordan method, find the inverse of A = 2 3 (OR) b) i) Solve, by Gauss-Seidel method, the

STUDENTSFOCUS.COM

Page 3: STUDENTSFOCUS Se… · 3x — cos x — 1 = 0, correct to 4 decimal places. ii) Using Gauss-Jordan method, find the inverse of A = 2 3 (OR) b) i) Solve, by Gauss-Seidel method, the

STUDENTSFOCUS.COM

Page 4: STUDENTSFOCUS Se… · 3x — cos x — 1 = 0, correct to 4 decimal places. ii) Using Gauss-Jordan method, find the inverse of A = 2 3 (OR) b) i) Solve, by Gauss-Seidel method, the

STUDENTSFOCUS.COM

Administrator
Rectangle