The MTA Advanced Physics curriculum is designed to build upon and enhance the students' understanding of physics by applying calculus techniques to solve problems related to concepts of mechanics, matter, electromagnetism and wave theory.
Welcome to Algebra II at MTA. This course is a full-year 1.0 credit class that will follow the Michigan Merit Curriculum High School Algebra II Content Expectations. There are four main strands that will be covered throughout the year: Quantitative Literacy and Logic, Algebra Functions, Geometry and Trigonometry, and Statistics and Probability. Our textbook, from McDougal Littell, is specifically designed to match the Michigan mathematics curriculum. In addition, students will be given a login to the website www.classzone.com which has an incredible support system for students and parents to use from home.
Senior English is a full-year, 1.0-credit class. Economics is integrated for 0.5 credits spread out for the entire school year.
Junior English is a full-year, 1.0-credit class.
Chemistry has always played a vital role in the manufacture and use of practically everything we encounter on a daily basis - from the food we eat for breakfast to the toothpaste we use at night.
MTA Honors Chemistry is a full-year 1.0 credit class that aligns with the Michigan Merit Curriculum and the Chemistry High School Content Expectations. Throughout the school year, you will be able to see many connections and applications among the coursework, industry, and the world around us.
In Pre-Calculus, students will be studying many different types of functions. Students will be studying linear, exponential, logarithmic, trigonometric, polynomial, rational and power functions. The students will also be learning algebraic strategies for transforming combing and composing elementary functions in order to model complex behavior. Not only will students study the mathematical concepts, they will be studying real world models and find reasonable mathematical solutions.
We are in a unique situation at MTA where students will be able to apply the concepts learned into real world situations. This will deepen understanding and prepare they for Calculus. This class is based upon the Michigan Merit Curriculum Pre-Calculus.
- Teacher: Debby Oliver
- Teacher: Deb Menchaca
- Teacher: Tim Wheatley
- Teacher: Hollianne McHugh
You have found the MTA main page that administers non-course-specific information. For academic and technical course specifics please go to the course link. For grade information please link to Power School from the main page.Manufacturing Technology I will introduce junior level high school students to the basic concepts in the following engineering disciplines:Fluid Power, Design Processes, Electronic Systems, Automated Material Handling, Manufacturing Processes, Quality Assurance, and Blueprint Reading.Students should possess basic mathematics and English skills as prepared by sophomore level high school courses.
- Manufacturing Technology II will introduce senior level high school students to project management through leadership in technical projects including concepts in the following engineering disciplines: Fluid Power, Design Processes, Electronic Systems, Automated Material Handling, Manufacturing Processes, Quality Assurance, and Blueprint Reading. Students should possess basic skills as prepared by Manufacturing Technology I.
Welcome to MTA Calculus. Calculus is the study of how things change.It provides a framework for modeling systems in which there is change, and a way to make the predictions of such models.In this class students will study limits (in Calculus a limit is the destination-value for a sequence of values).I will also emphasize algebraic methods for performing differentiating and integrating.Finally, students will apply the concepts of differentiation and integration.
MTA's physics class is algebra-based and meets or exceeds all State of Michigan requirements for physics instruction. The class combines lectures, labs, problems and exercises with hands projects that involve the design, construction and analysis of devices and mechanisms, in order to deepen the students' understanding. The general topics addressed include mechanics, materials, thermodynamics, and electromagnetism.
