How to Fall Slower Than Gravity

How to Fall Slower Than Gravity

And Other Everyday (and Not So Everyday) Uses of Mathematics and Physical Reasoning

Nahin, Paul

Princeton University Press

11/2018

320

Dura

Inglês

9780691176918

15 a 20 dias

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Mathematician; Mathematics; Probability; Integer; Gravity; Calculation; MATLAB; Prime number; Projectile; Mathematical physics; Enola Gay; Pauli exclusion principle; Grayscale; Richard Feynman; Cubic function; Random walk; Quadratic equation; Crossover distortion; Natural number; Conjecture; Slant range; Summation; Fermat's Last Theorem; Square root; Thermodynamic equilibrium; Zero of a function; Uniform distribution (discrete); Approximation error; Random search; Equation; Coefficient; Geometry; Irrational number; Theorem; Error; Hypotenuse; Closed-form expression; Binomial coefficient; Trepidation (astronomy); Coprime integers; Disquisitiones Arithmeticae; Upper and lower bounds; Probability theory; Counterexample; Special case; Cauchy-Schwarz inequality; Weightlessness; Mean value theorem; Expected value; Continued fraction; Computational problem; Quantum mechanics; Centrifugal force; Instant; Inverse-square law; Binomial theorem; Fictitious force; Periodic function; Antiderivative; Gravitational constant; Pure mathematics; Dissipation; Mathematical problem; Mass ratio; Thought experiment; Center of mass (relativistic); Dirac delta function; Googol; Ambiguity; Dimensional analysis