Quick Answer: MAT 140 at Embry-Riddle
MAT 140 (College Algebra) at Embry-Riddle Aeronautical University serves as foundational mathematics course for aviation, aerospace, business, and applied science majors. The course covers linear and quadratic functions, polynomial and rational functions, exponential and logarithmic functions, systems of equations, matrices, and mathematical modeling with emphasis on applications to aviation and engineering contexts. MAT 140 prepares students for advanced mathematics including Precalculus, Calculus, and technical coursework while developing quantitative reasoning skills essential for professional aviation and aerospace careers.
Struggling with MAT 140? Get expert help with homework, exams, and complete course support backed by our A/B grade guarantee.
MAT 140 College Algebra at Embry-Riddle: Complete Course Guide & Support
Comprehensive guide to MAT 140 College Algebra at Embry-Riddle Aeronautical University covering course content, aviation and aerospace applications, study strategies, career relevance, and expert support options for ERAU students across all campuses.
About Embry-Riddle Aeronautical University
Embry-Riddle Aeronautical University (ERAU) stands as the world’s premier institution for aviation, aerospace, and STEM-focused education. Established in 1926, ERAU has evolved from a small flight school to a comprehensive university offering undergraduate and graduate programs across three campuses and a robust online presence.
Campus Locations and Programs
Daytona Beach, Florida campus serves as ERAU’s flagship location, offering extensive programs in aerospace engineering, aviation maintenance, air traffic management, and business administration. The campus features advanced flight simulators, wind tunnels, and aviation research facilities.
Prescott, Arizona campus provides similar aviation and aerospace programs in a smaller, more intimate setting with emphasis on flight training and aeronautical science. The high-altitude desert location offers exceptional flying conditions year-round.
ERAU Worldwide delivers online and distance learning programs to working professionals, military personnel, and adult learners globally. Worldwide students often balance coursework with full-time careers in aviation, military service, or related technical fields.
Academic Excellence and Career Outcomes
ERAU graduates work as airline pilots, aerospace engineers, air traffic controllers, aviation managers, aircraft maintenance technicians, and space industry professionals. According to university data, ERAU maintains strong employment rates with graduates entering high-demand aviation and aerospace careers.
The Bureau of Labor Statistics projects airline and commercial pilot employment growth of 6% from 2021-2031, with median annual wages of $134,630. Aerospace engineers earn median salaries of $122,270 with steady demand for qualified professionals.
What Is MAT 140 College Algebra?
MAT 140 College Algebra serves as foundational mathematics course at Embry-Riddle, developing algebraic reasoning and problem-solving skills essential for advanced mathematics and technical coursework. The course bridges high school mathematics and college-level quantitative reasoning required for STEM disciplines.
Course Structure and Credit
MAT 140 is typically a 3-credit course meeting for lecture hours plus recitation or lab sessions depending on campus and format. Online sections through ERAU Worldwide deliver equivalent content through asynchronous lectures, interactive assignments, and scheduled virtual office hours.
The course satisfies general education mathematics requirements for many majors while serving as prerequisite for Precalculus (MAT 141), Statistics, and other quantitative courses. Engineering majors who place directly into Calculus I typically bypass MAT 140 entirely.
Learning Outcomes
Upon successful MAT 140 completion, students should demonstrate ability to:
Solve equations and inequalities involving linear, quadratic, polynomial, rational, exponential, and logarithmic expressions using algebraic and graphical methods.
Analyze and graph functions including transformations, domain and range identification, and behavior analysis using algebraic and technology-based approaches.
Apply mathematical modeling to real-world problems in aviation, engineering, business, and applied sciences, translating contextual scenarios into algebraic representations.
Utilize technology effectively including graphing calculators and software for exploration, computation, and verification of algebraic solutions.
Platform and Assessment Structure
ERAU MAT 140 courses typically use Canvas learning management system for content delivery and course organization. Homework assignments commonly appear on MyMathLab or WebAssign platforms depending on instructor preference and textbook selection.
Assessment typically includes weekly homework (20-30% of grade), quizzes (15-20%), midterm exams (20-25% combined), and comprehensive final exam (25-30%). Some sections include projects applying algebraic concepts to aviation or aerospace contexts.
Core Topics Covered in MAT 140
MAT 140 curriculum consolidates and extends Algebra 1 and Algebra 2 concepts with emphasis on function-based thinking and real-world applications.
Functions and Graphs
Function notation and evaluation, domain and range determination, function operations (addition, subtraction, multiplication, division, composition), inverse functions, graphing techniques including transformations (shifts, stretches, reflections), and piecewise-defined functions. Emphasis on understanding functions as mathematical models of relationships.
Linear Equations and Inequalities
Solving linear equations and inequalities algebraically and graphically, slope-intercept and point-slope forms, parallel and perpendicular lines, absolute value equations and inequalities, systems of linear equations in two variables (substitution and elimination methods), applications to optimization and constraint problems.
Quadratic Functions and Equations
Factoring quadratic expressions, solving quadratic equations by factoring, completing the square, and quadratic formula, discriminant analysis and nature of solutions, graphing parabolas identifying vertex, axis of symmetry, and intercepts, applications to projectile motion and optimization problems relevant to aviation physics.
Polynomial and Rational Functions
Operations with polynomials, division of polynomials (long division and synthetic division), remainder and factor theorems, finding zeros of polynomial functions, graphing polynomial functions analyzing end behavior and turning points, rational functions including domain restrictions, asymptotic behavior, and graphing techniques.
Exponential and Logarithmic Functions
Properties of exponential functions, natural exponential function e, compound interest and growth/decay models, logarithmic functions as inverses of exponential functions, properties of logarithms, solving exponential and logarithmic equations, applications to population growth, radioactive decay, and sound intensity (relevant to aircraft noise analysis).
Systems of Equations and Matrices
Systems of linear equations in three variables, matrix operations (addition, scalar multiplication, matrix multiplication), solving systems using matrices and Gaussian elimination, determinants and Cramer’s rule (introduction), applications to navigation calculations and multi-variable optimization.
Sequences and Series
Arithmetic and geometric sequences, summation notation, arithmetic and geometric series formulas, applications to financial mathematics including annuities and amortization (relevant to aircraft financing and business mathematics).
Applications to Aviation & Aerospace
MAT 140 develops mathematical reasoning directly applicable to aviation and aerospace careers, making the course highly relevant for ERAU students despite its general education classification.
Flight Planning and Navigation
Linear equations model relationships between airspeed, ground speed, and wind velocity. Pilots use these calculations constantly for flight planning, fuel management, and time-to-destination estimates. Systems of equations solve navigation problems involving crosswinds and course corrections.
Quadratic functions describe projectile motion relevant to understanding aircraft trajectories, particularly for military aviation applications. Understanding parabolic flight paths aids comprehension of ballistics and aerospace vehicle dynamics.
Aircraft Performance Analysis
Polynomial functions model aircraft lift, drag, and performance characteristics across different flight conditions. Engineers analyze these relationships to optimize aircraft design and operational parameters.
Exponential functions describe atmospheric pressure decrease with altitude, critical for understanding aircraft pressurization systems, engine performance at altitude, and human physiological limitations in aviation.
Financial Mathematics for Aviation Business
Aviation management and business students apply exponential growth models to airline revenue forecasting, market analysis, and fleet expansion planning. Logarithmic functions appear in noise abatement calculations and sound intensity measurements for aircraft certification.
Sequences and series formulas calculate loan amortization for aircraft purchases, depreciation schedules for fleet management, and investment returns for aviation ventures. Understanding these concepts is essential for aviation business careers and entrepreneurship.
FAA Certification Examinations
Private Pilot, Commercial Pilot, and Airline Transport Pilot written exams include quantitative problems requiring algebraic reasoning. While calculators are permitted, strong mental mathematics and problem-solving skills from College Algebra provide significant advantages.
Air Traffic Control certification similarly requires mathematical proficiency for rapid calculations involving aircraft separation, descent/climb rates, and time-distance problems. MAT 140 skills form foundation for this career-critical mathematics.
Career Relevance: According to the FAA and aviation industry research, mathematical competency strongly correlates with success in pilot training, aviation management careers, and aerospace engineering positions. MAT 140 is not merely a requirement to check off—it builds quantitative reasoning skills you will use throughout your aviation or aerospace career. Strong algebra skills translate directly to better flight planning, safer decision-making, and professional competence.
Who Takes MAT 140 at Embry-Riddle?
MAT 140 enrollment at ERAU includes diverse student populations with varying mathematical backgrounds and career goals.
Aviation Flight Science and Aeronautics Majors
Students pursuing professional pilot careers through ERAU’s flight programs take MAT 140 to develop quantitative skills essential for flight planning, navigation, and FAA certification exams. These students often balance intensive flight training with academic coursework, making time management critical.
Aviation Management and Business Majors
Students planning careers in airline management, airport operations, aviation safety, or aerospace business typically take MAT 140 as foundation for business calculus or statistics courses. These majors apply algebraic modeling to financial analysis, operations research, and business decision-making.
Applied Science and Technology Majors
Programs including Air Traffic Management, Meteorology, Aviation Maintenance, and Safety Science require MAT 140 or higher mathematics. These students use algebra for technical calculations, data analysis, and systems analysis relevant to their specializations.
Students Preparing for Engineering Programs
Some students enter ERAU planning engineering careers but lacking Calculus preparation. MAT 140 serves as stepping stone to Precalculus and eventually the Calculus sequence required for aerospace, mechanical, electrical, and computer engineering degrees.
ERAU Worldwide Students
Working professionals, military personnel, and adult learners taking online courses through ERAU Worldwide often enroll in MAT 140 years after high school, balancing coursework with demanding careers and family responsibilities. These students bring professional experience but may struggle with mathematical rust and online platform requirements.
Common Student Challenges in MAT 140
Understanding typical MAT 140 challenges helps students develop realistic expectations and identify when additional support would benefit their success.
Weak Algebra Foundations
MAT 140 assumes proficiency in Algebra 1 and Algebra 2 concepts. Students who struggled with these courses in high school or learned them years ago face immediate difficulties. Factoring, solving equations, working with exponents and radicals, and manipulating rational expressions should be automatic—when they’re not, students fall behind quickly.
Balancing Flight Training and Academics
ERAU flight students juggle intensive flight training schedules with full academic course loads. Early morning flights followed by afternoon classes leave limited energy and time for mathematics homework. Weather delays, aircraft maintenance issues, and compressed training timelines create unpredictable schedules that undermine consistent study habits.
Online Platform Technical Challenges
MyMathLab and WebAssign have strict answer formatting requirements that mark mathematically correct answers wrong due to notation differences. Students waste time fighting platform quirks rather than learning mathematics. Limited attempts per problem punish exploration and trial-and-error learning.
Abstract Function Concepts
The shift from computational algebra to function-based thinking challenges students who prefer procedural problem-solving. Understanding functions as relationships, analyzing graphs for information, and working with abstract function notation requires conceptual flexibility many students haven’t developed.
Time Zone and Distance Learning Issues
ERAU Worldwide students across multiple time zones struggle with limited live instructor interaction. Recorded lectures don’t answer specific questions, discussion boards provide delayed responses, and self-directed learning demands discipline many working adults find challenging after long work days.
ERAU Student Reality: Between flight training, demanding technical coursework, campus activities, and for Worldwide students—full-time careers and military service, MAT 140 often becomes the course that suffers. Many successful ERAU graduates strategically used academic support for general education mathematics to protect their GPAs while focusing on major-specific courses directly related to their aviation and aerospace careers.
Strategies for Success in MAT 140
Students who approach MAT 140 strategically achieve better outcomes with less stress and time investment.
Start Strong From Week One
Complete the first assignments immediately to establish routine, identify platform requirements, and assess your algebra proficiency realistically. Early success builds confidence; early struggles signal need for intervention before grades suffer.
Use ERAU Academic Resources
Both residential campuses offer mathematics tutoring through Academic Support Centers. Tutors understand ERAU curricula and can provide targeted help. Take advantage of instructor office hours—ERAU professors are invested in student success and will work with you if you demonstrate effort and initiative.
Master Platform Requirements Early
Spend time learning exact answer formatting your platform requires. Does it want fractions or decimals? How should exponents be entered? What precision is expected? Understanding technical requirements prevents correct mathematics from being marked wrong.
Connect Algebra to Aviation Context
When studying exponential decay, think about atmospheric pressure changes with altitude. When analyzing quadratic functions, visualize aircraft trajectories. Making connections between abstract algebra and concrete aviation applications improves retention and motivation.
Form Study Groups
Collaborate with classmates who share your flight schedule or online course format. Explaining concepts to peers reinforces your own understanding. Group study provides accountability and makes mathematics less isolating.
Consider Strategic Academic Support
If you’re overwhelmed despite best efforts, professional course assistance provides viable solution. Rather than risking failure or GPA damage in a general education requirement, strategic support ensures you pass with strong grades while allocating maximum time to flight training and major-specific courses that directly build your aviation career.
How Finish My Math Class Helps ERAU Students
We provide comprehensive MAT 140 support specifically designed for Embry-Riddle students’ unique needs and demanding schedules.
Complete Course Management
We handle every aspect of MAT 140 including weekly homework on MyMathLab or WebAssign, quizzes, exams, and projects. You provide course access; we complete all work meeting deadlines and maintaining grade consistency appropriate for your academic record.
ERAU-Specific Expertise
Our team has extensive experience with Embry-Riddle coursework across Daytona Beach, Prescott, and Worldwide campuses. We understand ERAU course structures, common textbooks and platforms, aviation-context applications, and academic calendar demands including compressed terms and accelerated formats.
Flexible Service Options
Full Course Packages: Complete start-to-finish course management with guaranteed A/B results, ideal for students who want MAT 140 completely off their plates.
Weekly Homework Support: We handle assignments while you manage quizzes and exams independently, balancing support with learning.
Exam Preparation and Completion: Targeted support for midterms and finals, including practice, review, or direct exam completion depending on proctoring requirements.
Guaranteed Results
Our A/B Grade Guarantee provides confidence: we guarantee A or B final grades or provide full refund. This accountability distinguishes us from tutoring services that charge regardless of outcomes.
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Get Started With MAT 140 Support Today
MAT 140 College Algebra serves as important foundation for advanced mathematics and quantitative reasoning in aviation and aerospace careers. However, for many Embry-Riddle students balancing intensive flight training, demanding technical coursework, or full-time careers through ERAU Worldwide, College Algebra becomes the course that threatens GPA and delays progress toward career goals.
You chose Embry-Riddle to become a pilot, aerospace engineer, aviation manager, or aerospace professional—not to struggle through general education mathematics. Strategic use of expert academic support ensures MAT 140 doesn’t become the obstacle between you and your aviation career.
Ready to Succeed in MAT 140?
- Expert support from professionals experienced with ERAU coursework
- Guaranteed A/B grades or full refund
- All platforms supported: Canvas, MyMathLab, WebAssign
- All campuses covered: Daytona Beach, Prescott, Worldwide
- Flexible options: full courses, weekly homework, or exam help
- Confidential service with secure communication
Focus your time and energy on flight training, engineering labs, and career-building activities while we ensure MAT 140 doesn’t damage your GPA or delay your progress. Contact us today for confidential MAT 140 support that guarantees your success at Embry-Riddle.