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Equazioni differenziali

Equazioni differenziali

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aliasesEquazioni Differenziali, equazioni-differenziali

20 lug 20261 min read

Topic — Equazioni differenziali.

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24 linked atoms.

46 Equazioni differenziali

  • Barometric formula
  • Cooling of coffee
  • Definition of a differential equation
  • Definition of a separable equation
  • Discharging RC circuit
  • Exponential growth
  • Harmonic oscillator
  • Mass-spring with friction
  • Mass-spring without friction
  • Method of separation of variables
  • Problem — Altitude and atmospheric pressure
  • Problem — Cooling of a cup of tea
  • Problem — Fall with air resistance
  • Radioactive decay
  • RLC circuit in free oscillation
  • Solution formula for first-order linear equations
  • The characteristic equation and the three cases
  • The mechanical-electrical analogy
  • Why differential equations are important
  • Worked example y’ − y = eˣ
  • Worked exercise — y’ = −2xy (the Gaussian)
  • Worked exercise — y’ = 3y with y(0)=2
  • Worked exercise — y’ − y = eˣ
  • Worked exercise — y” + 9y = 0 with initial conditions

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  • Definition of a differential equation
  • Why differential equations are important
  • Definition of a separable equation
  • Method of separation of variables
  • Exponential growth
  • Radioactive decay
  • Cooling of coffee
  • Barometric formula
  • Solution formula for first-order linear equations
  • Worked example y' − y = eˣ
  • The characteristic equation and the three cases
  • Harmonic oscillator
  • Mass-spring without friction
  • Mass-spring with friction
  • Discharging RC circuit
  • RLC circuit in free oscillation
  • The mechanical-electrical analogy
  • Worked exercise — y' = 3y with y(0)=2
  • Worked exercise — y' = −2xy (the Gaussian)
  • Worked exercise — y' − y = eˣ
  • Worked exercise — y'' + 9y = 0 with initial conditions
  • Problem — Fall with air resistance
  • Problem — Cooling of a cup of tea
  • Problem — Altitude and atmospheric pressure