What is tech math
This is the second semester of a two-semester intermediate algebra and trigonometry with scientific applications series. Exponents and radicals, exponential and logarithmic functions and equations, radians, trigonometric functions at any angle, sinusoidal functions and graphing, oblique triangles, vectors, complex numbers and their implementations, inequalities, ratio and proportion, variance, and (optional) an introduction to statistics are only some of the topics discussed in this course. A brief intuitive approach to calculus will be covered if time allows. This course requires the use of a graphing calculator to further the study of these topics and their applications. Students will take a rigorous departmental final exam at the end of the course.
You will use the MyMathLab (MML) card to access the MML online learning framework, which includes an e-text, video tutorials, practice problems, and online homework assignments. This course does not require a hardcopy of the textbook.
Technical mathematics chapter 10 section 1
Students may choose individual math concepts or complete each of the self-paced learning modules during this five-week course. A study of arithmetic, introductory algebra, the foundations of analytic geometry, elementary trigonometry, introductory statistics, and basic finance are among the topics covered. Warm-up questions in the modules can assist students in recognizing learning deficits, which can then be discussed in the modules. Math for trades such as electro-mechanical, engineering graphics, machining, and welding is also contextualized in this course. A certificate of completion will be given to students who want to master each short module quiz.
Mastering technical mathematics
Mathematical problems in industry and consumerism are solved using practical applications of mathematics. Decimals, fractions, percentages, interest rates, bank reports, payroll, and merchandising are examples of business applications.
This course covers the fundamentals of mathematical principles and methods used in circuit analysis. Basic arithmetic operations, number notation and operations, engineering quantities and units of measurement, algebra fundamentals, and solving equations are among the topics covered. Mathematical techniques for DC/AC circuit analysis, circuit simplifications, and solution techniques for more complicated setups are highlighted. Trigonometry and phasors, as well as their use in AC circuits, will be discussed. There is no need to have any previous experience with electronics.
expressions, exponents, factoring, linear and curvilinear equations, diagrams of functions and equations, various coordinate systems, trigonometric function solutions of right triangles and oblique triangles; word problems and engineering/surveying/construction applications Scientific calculator is included.
Applied Technical Mathematics I (MATH 105)
Tech math 1-2 examples
Fractions, decimals, converting units, the metric system, ratio and proportion, calculation, basic algebra skills, and geometry are addressed with a focus on scientific and industrial applications. Trigonometry is covered in the technology fields that use it. This course necessitates the use of a technical calculator. Terms of Service: Autumn, Spring, and Summer Yes, distance learning is available. Arts and Sciences Liberal Arts and Sciences Mathematical designation Credits: 3 Hours of Contact: 3rd lecture