$Kindling — T(t) = T_ign - ΔT·e^{-t/τ}$ Tap to zoom

Kindling

T(t) = T_ign - ΔT·e^{-t/τ}

Temperature approaching ignition — exponentially closing the gap, the combustion threshold just above.

The temperature almost at ignition

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$Charge — V(t) = V₀(1 - e^{-t/RC})$

Charge

V(t) = V₀(1 - e^{-t/RC})

Convergence — aₙ → L as n → ∞, |aₙ - L| < ε

Convergence

aₙ → L as n → ∞, |aₙ - L| < ε

Countdown — f(t) = N - ⌊t/Δt⌋

Countdown

f(t) = N - ⌊t/Δt⌋

Potential — U(x) = mgh, h = h_max

Potential

U(x) = mgh, h = h_max