Assignment 25% End test 50% OUTCOMES On completion of this module, the student will be able to: 1: Investigate problems using vectors. 2: Apply complex numbers to engineering problems. 3: Investigate problems using matrices. Further Calculus and Solutions to Ordinary Differential Equations DELIVERY TOTAL LEARNING 100 HOURS DELIVERY PERIOD 15 (IN WEEKS) CONTACT HOURS Lectures Group Independent Total AND TYPE tutorials Learning Weekly 2 0.07 4.5 6.57 30 1 69 100 Module CONTENT The of ordinary differential equations (ODEs) will relies MODULE DESCRIPTION: upon the knowledge gained in the semester A Level 4 module Introduction to Calculus and is an essential tool for investigating engineering problems. The classification and solution of first-order differential equations, separable, linear and homogeneous will be studied, as will the solution
Assignment 25% End test 50% OUTCOMES On completion of this module, the student will be able to: 1: Investigate problems using vectors. 2: Apply complex numbers to engineering problems. 3: Investigate problems using matrices. Further Calculus and Solutions to Ordinary Differential Equations DELIVERY TOTAL LEARNING HOURS 100 DELIVERY PERIOD (IN WEEKS) 15 CONTACT HOURS AND TYPE Lectures Group tutorials Independent Learning Total Weekly 2 0.07 4.5 6.57 Module 30 1 69 100 CONTENT MODULE DESCRIPTION: The of ordinary differential equations (ODEs) will relies upon the knowledge gained in the semester A Level 4 module Introduction to Calculus and is an essential tool for investigating engineering problems. The classification and solution of first-order differential equations, separable, linear and homogeneous will be studied, as will the solution