JCU Logo

James Cook University Subject Handbook - 2020

For subject information from 2025 and onwards, please visit the new JCU Course and Subject Handbook website.

MA1003 - Mathematical Techniques

Credit points:03
Year:2020
Student Contribution Band:Band 2
Prerequisites:MA1000 OR MA1011 OR MA1009
Administered by:College of Science and Engineering

Subject Description

    To develop knowledge and advanced analytical skills in the fields of differential and integral calculus, differential equations, series, linear algebra and complex numbers through independent and collaborative learning. To equip students with the techniques required for the application of integral and differential calculus, differential equations and linear algebra in disciplines where these concepts are used.

Learning Outcomes

  • communicate mathematical thinking incorporating the concepts and methods presented in the course
  • define hyperbolic functions and describe their properties; define inverse trigonometric and inverse hyperbolic functions and describe their properties
  • solve first order differential equations and second order differential equations with constant coefficients, including non-homogeneous cases and apply these methods to word problems
  • use convergence tests to determine properties of series and power series. Determine power series representations of functions
  • systematically solve a system of linear equations; compute and understand the role of the determinant in a matrix equation; solve a matrix equation using the matrix inverse
  • understand the rectangular, polar and exponential forms of a complex number. Perform the four standard arithmetic operations and find roots using complex numbers. Solve equations involving complex numbers
  • differentiate quantities on curves defined by parametric equations; understand and use the concepts of the differential and linear approximation for functions of a single variable and apply Newtons method to solve nonlinear equations involving a single variable
  • use techniques presented to evaluate integrals analytically. Use the trapezoidal rule and Simpsons rule to evaluate integrals numerically. Apply integrals to determine volumes of solids of revolution, arc length and surface area of revolution

Subject Assessment

  • Invigilated > End of semester exam - (60%)
  • Invigilated > Other exams - (25%)
  • Invigilated > Quizzes or tests - (3%)
  • Tutorial quizzes - (5%)
  • On-line quizzes - (7%)

Note that minor variations might occur due to the continuous subject quality improvement process, and in case of minor variation(s) in assessment details, the Subject Outline represents the latest official information.

Inadmissible Subject Combinations:  MA1002

Availabilities

Cairns, Study Period 2, Internal

Census date:Thursday, 27 Aug 2020
Study Period Dates:Monday, 27 Jul 2020 to Friday, 20 Nov 2020
Coordinator(s):
MRS Carolyn Diedricks
Lecturer(s):
MRS Carolyn Diedricks
Workload expectations:The student workload for this 3 credit point subject is approximately 130 hours.
  • 39 Hours - Lectures
  • 12 Hours - Tutorials

Townsville, Study Period 2, Internal

Census date:Thursday, 27 Aug 2020
Study Period Dates:Monday, 27 Jul 2020 to Friday, 20 Nov 2020
Coordinator(s):
MRS Carolyn Diedricks
Lecturer(s):
MR Patrick Higgins
MRS Carolyn Diedricks
Workload expectations:The student workload for this 3 credit point subject is approximately 130 hours.
  • 39 Hours - Lectures
  • 12 Hours - Tutorials

Townsville, Study Period 3, Intensive, (Face to Face dates exist for this availability)

Census date:Thursday, 06 Feb 2020
Study Period Dates:Monday, 06 Jan 2020 to Friday, 21 Feb 2020
Face to face teaching:Monday, 06 Jan 2020 to Monday, 17 Feb 2020
Coordinator(s):
MR Patrick Higgins
Lecturer(s):
MR Patrick Higgins
Workload expectations:The student workload for this 3 credit point subject is approximately 130 hours.
  • 84 Hours - Other - 12 hours contact per week for 7 weeks

Townsville, Study Period 48, Internal (Pathway)

Census date:Thursday, 19 Nov 2020
Study Period Dates:Monday, 26 Oct 2020 to Friday, 05 Feb 2021
Coordinator(s):
MRS Carolyn Diedricks
Assoc. Professor Shaun Belward
Lecturer(s):
MS Clare Magee
MS Daina Matthews
MR Patrick Higgins
Workload expectations:The student workload for this 3 credit point subject is approximately 130 hours.
  • 39 Hours - Lectures
  • 12 Hours - Tutorials
Enrolment Restrictions:S_PATHWAY