College tutoring

Seneca Polytechnic math & physics tutoring

Maths and physics support for Seneca students, with guides for the Electronics Engineering Technology courses at Newnham in Toronto.

Request a lesson Text us Email usOnline · one-to-one

3Browse courses by subject

Math and physics help for Seneca’s electronics courses

MTH356 covers introductory differential calculus, statistics and applications in electronics. AMT453 covers integration, first-order differential equations, Fourier series and Laplace transforms. You can ask about a topic or share an exercise, even if you’re unsure how to begin.

PHY354 covers mechanics, electric and magnetic fields, electromagnetic waves and light. A tutor can work through a problem with you step by step, from identifying the physical model to checking units and interpreting the answer. These guides follow the Electronics Engineering Technology program at Newnham; other Seneca programs and campuses may use different course sequences.

Explore the underlying subject

Course directory

Browse courses by subject.

Browse by subject, then choose your course by name or code. Some courses are marked “Ask if we can help” because tutoring must be confirmed first.

Calculus1 course

MTH356

Mathematics - Introductory Calculus and Statistics

MTH356 tutoring guide Request tutoring

Ask if we can help

Engineering Mathematics1 course

AMT453

Advanced Mathematics

AMT453 tutoring guide Request tutoring

Ask if we can help

Physics1 course

PHY354

Physics for Electronics

PHY354 tutoring guide Request tutoring

Ask if we can help

Independent practice

Review with free study resources

35 min

Separable differential equations: keep the solutions you divide out

Separate variables, keep equilibrium solutions and use the initial value to choose a branch and interval. Worked examples include exponential growth and an optional logistic model.

18 min

Integrating Factors for First-Order Linear ODEs

See why an integrating factor works, normalize a linear ODE, apply an initial condition and keep the correct interval. One worked example, a graph and three explained questions.

18 min

A Wave in Space and Time

Read a wave snapshot and a particle’s time trace. Connect amplitude, wavelength, period and speed, with two graphs and three explained self-checks.

35 min

Electric Field vs Electric Potential: Signs, Units and Worked Examples

Distinguish field, potential, force and energy. Compare two midpoint cancellations, read a potential graph and work through five explained practice questions.

90 min

Work, Energy or Momentum: Choose the Method

Choose a system and interval to connect work, energy and momentum. Guided collision and force–position practice, with an optional centre-of-mass and relative-displacement extension.

Don’t see your course?

Tell us your institution and the subject or course you need help with. A course code is helpful if you know it. We’ll confirm whether we can help before you pay.

Ask about your course

Your current course outline determines the topics to work on. Nablio is an independent service and is not affiliated with this institution.

Official catalog sources