hasEquation

326 triples

GPTKB property

Alternative names (10)

curveEquation • equation • equationForm • equationType • has key equation • hasEquationForm • hasFunctionalEquation • hasKeyEquation • keyEquation • mainEquation

Random triples

Subject	Object
gptkb:Frenet–Serret_formulas	dT/ds = κN
gptkb:Euler-Cauchy_equation	a x^2 y'' + b x y' + c y = 0
gptkb:Harmonic_Oscillator	F = -kx
gptkb:Schlenk_equilibrium	2 RMgX ⇌ R2Mg + MgX2
gptkb:Rotational_Motion	τ = Iα
gptkb:Ramsey_model_of_saving	gptkb:Euler_equation
gptkb:van_der_Pol_oscillator	d^2x/dt^2 - μ(1-x^2)dx/dt + x = 0
gptkb:Young's_interference_experiment	Δx = λL/d
gptkb:derivative_nonlinear_Schrödinger_equation	iψ_t + ψ_{xx} + iα(\|ψ\|^2ψ)_x = 0
gptkb:Hall–Petch_relationship	σy = σ0 + k*d^(-1/2)
gptkb:secp256r1	y^2 = x^3 - 3x + b
gptkb:Klein_quartic	x^3y + y^3z + z^3x = 0
gptkb:Mass-Spring-Damper_System	m x'' + c x' + k x = F(t)
gptkb:Fluid_Dynamics	gptkb:Bernoulli's_equation
gptkb:Fluid_Dynamics	gptkb:Euler_equations
gptkb:supergravity	supergravity action
gptkb:Barnsley_fern	set of four affine transformations
gptkb:Fluid_mechanics	gptkb:Poiseuille's_law
gptkb:Ricker_model	N_{t+1} = N_t e^{r(1-N_t/K)}
gptkb:outer_Soddy_circle	The radius is given by Descartes' theorem: 1/r = 1/r1 + 1/r2 + 1/r3 - 2sqrt(1/(r1r2) + 1/(r2r3) + 1/(r3r1))