Music.
Madame Du Châtelet wrote Institutions of Physics.
Newton's significant contributions are many; Gravity Theory, Laws of Motion,Theory of Light, Reflection Telescope, Principia and Calculus.
A bachelors in math may be theoretical or applied. Theoretical has to do with computation of abstract thought such as probability, chaos theory, Calculus theory, etc.Applied math has to do with things like engineering, computational biology, computer math and the like.
AP CALCULAS AP CALCULUS* is not the hardest math. Analysis, Set theory, Algebra, Topology, Calculus and Number Theory
Modern physics!
Analysing the stock marketinvolves a lot of probability theory, which is very heavy on calculus.
Mathematically, it's based upon analysis (calculus, differential equations, etc.) as are most fields of physics, but what really sets quantum apart from other physics fields is it's fundamental mathematical dependence on probability, linear algebra, and group theory. It's conceptually based on uncertainty, probability, and discreteness (as opposed to absolute and continuous).
Newton's development/invention of Calculus makes him a great mathematician. Calculus is likely the greatest invention in mathematics. Newton's Physics. Newton's great book, Mathematical Principles of Natural Philosophy (Principia), is the foundation of Physics and Modern Mathematics. Many Physicists know mathematics as a tool, and miss the Mathematical Principles that underlie Physics. Newton was a Creative and Applied Mathematician. The mysteries of Dark Energy, Dark Matter and Quantum Theory indicate inadequate understanding of the Mathematical underpinnings of Physics. Quaternion Mathematics is the mathematics of Physics. Newton's Laws reflect this Quaternion Mathematics in places but not completely.
Enid R. Pinch has written: 'Optimal control and the calculus of variations' -- subject(s): Calculus, Calculus of variations, Control theory
basic math, pre algebra, algebra, algebra 2, geometry, geometry 2, triginometry, physics, pre calculus, calculus and io think there is a few more but i havent gotten there yetAnswer:To mention a few:* Algebra, Analytic (Laplace transfrms, Fourier Analysis* Algebraic Topology * Combinatorics * Complexity Theory (Chaos and String Theory)* Computational and Applied Math * Computer Tomography * Constants, The study of* Differential Equations * Fluid Dynamics * Fractals * Fuzzy Logic * Geometry * Group Theory * Industrial Mathematics (Applied Mathematics * Linear Algebra * Logic and Foundations * Mathematical Physics * Mathematical Programming * Mathematical Psychology) * Multidimensional Analysis (in Physics) * Number Theory * Numerical Analysis * Operator Algebra * Optimization * Probability * Random Number Generation * Sequences * Singularity Theory * Systems Analysis * Topology * Valuation Theory * Visualization * Wavelets
Experimental physics. Only with experiments come a theory:)
Calculus and Graph Theory.