Differential Calculus and Analytic Geometry
Other codes or names · MATH 231, MATH231
MATH-231 tutoring guideRequest tutoringMath and physics tutoring for Centennial students in Toronto, with help in differential and integral calculus, mechanics and statics.
MATH-231 covers differential calculus and analytic geometry, including functions, limits and derivatives. MATH-232 covers integral calculus and applications involving areas, volumes, centroids and moments of inertia. We can work through a problem together, explain the method and help you practise each step.
PHYS-100 covers motion, forces, energy and rotational motion. MT-121 focuses on statics: vectors, forces, moments and equilibrium. We can help you draw a diagram, choose the equations and check the units, even if you are unsure how to begin.
MATH-285 covers differential and integral calculus and is listed in Electrical Engineering Technology at Progress and Aerospace Manufacturing Engineering Technology at Downsview. Your current course outline helps us choose the relevant topics. Share it if you have it, or start by telling us which topic is giving you trouble.
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Other codes or names · MATH 231, MATH231
MATH-231 tutoring guideRequest tutoringOther codes or names · MATH 232, MATH232
MATH-232 tutoring guideRequest tutoringOther codes or names · MT 224, MT224
Send your current course outline and the topic you need help with; tutoring coverage is confirmed before booking.
Request tutoringCompare substitution, integration by parts, partial fractions and trigonometric substitution, with sign-aware radical choices, worked examples and progressive checks.
Choose a system, distinguish static from kinetic friction, and turn a force diagram into equations. Compare horizontal and angled pulls with original diagrams and worked practice.
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.
Translate a motion story into position, velocity and acceleration graphs. Read slopes and signed areas, choose valid kinematics equations, and try six explained questions.
Build volume integrals from slices, radii and bounds. Practise disks and washers, then compare washers with cylindrical shells in an optional worked example.
Find perpendicular lever arms, choose torque signs and pivots, and check force and torque balance. Three worked examples and six questions with hints and solutions.
Build a three-branch rational-function graph from its domain, one-sided limits and derivative signs. Compare local and global extrema, diagnose false inflection points and try two explained checks.
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