fxSolver is a solver for engineering and scientific equations.

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11. Simple Harmonic Motion - time period

T	time period (s)
π	pi
m	inertial mass of the oscillating body (kg)
k	spring constant (N/m)

Tmk

12. Frequency of a simple harmonic motion

f	Frequency (Hz)
π	pi
k	The force constant of the system (spring constant etc) (N/m)
m	The mass of the oscillating body (kg)

fkm

13. Velocity of a simple harmonic motion

v_t	Velocity of the simple harmonic motion (m/s)
A	Amplitude (maximum displacement from the equilibrium position) (m)
π	pi
f	Frequency of the harmonic motion (sec^-1)
ω	Angular velocity (radians/sec)
t	Time (sec)
ϕ	Phase (radians)

14. Acceleration of a simple harmonic motion (related to the displacement)

a_t	Acceleration of the simple harmonic motion (m/s²)
π	pi
f	Frequency of the harmonic motion (sec^-1)
x	Displacement (m)

a_tfx

15. Acceleration of a simple harmonic motion

a_t	Acceleration of the simple harmonic motion (m/s²)
A	Amplitude (maximum displacement from the equilibrium position) (m)
π	pi
f	Frequency of the harmonic motion (sec^-1)
ω	Angular velocity (radians/sec)
t	Time (sec)
ϕ	Phase (radians)

fx​Solver is a solver for engineering and scientific equations.