No Bullshit Guide to Math & Physics

Location & Checkout Length	Call Number	Checkout Length	Item Status
Downtown 2nd Floor 4-week checkout	511.07 Sa	4-week checkout	Due 05-14-2024

Math fundamentals : Solving equations ; Numbers ; Variables ; Functions and their inverses ; Fractions ; Basic rules of algebra ; Solving quadratic equations ; Exponents ; Logarithms ; The number line ; Inequalities ; The Cartesian plane ; Function ; Function reference ; Polynomials ; Trigonometry ; Trigonometric identities ; Geometry ; Circle ; Ellipse ; Hyperbola ; Solving systems of linear equations ; Compound interest ; Set notation ; Math problems -- Introduction to physics : Kinematics ; Introduction of calculus ; Kinematics with calculus ; Kinematics problems -- Vectors : Great outdoors Vectors ; Basis ; Vector products ; Complex numbers ; Vectors problems -- Mechanics : Projectile motion ; Forces ; Force diagrams ; Momentum ; Energy ; Uniform circular motion ; Angular motion ; Simple harmonic motion ; Conclusion ; Mechanics problems -- Calculus : Overview ; Infinity ; LImits ; Limit formulas ; Derivatives ; Derivate formulas ; Derivative rules ; Higher derivatives ; Optimization algorithm ; Implicit differentiation ; Integrals ; Riemann sums ; The fundamental theorem of calculus ; Techniques of integration ; Applications of integration ; Improper integrals ; Sequences ; Conclusion ; Calculus problems -- End matter : Conclusion -- A. Answers and solutions -- B. Notation : Math notation ; Set notation ; Complex numbers notation ; Vectors notation ; Mechanics notation ; Calculus notation -- C. Constants, units and conversion ratios : Fundamental constants of nature ; Units ; Derived units ; Other units and conversions -- D. SymPy tutorial -- E. Formulas : Calculus formulas ; Mechanics formulas.
"This book contains lessons on topics in math and physics, written in a style that is jargon-free and to the point. Each lesson covers one concept at the depth required for the first-year university-level course. The main focus of this book is to highlight the intricate connections between the concepts of math and physics. Seeing the similarities and parallels between the concepts is the key to understanding."--Preface.

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Title submitted by Clown81 on August 18, 2019, 11:53pm Really. I wonder how true this is.