a) Use the D'Alembert relation in a static version to determine the equilibrium condition of the pendulum. b) Write the
Posted: Fri May 06, 2022 7:07 am
a) Use the D'Alembert relation in a static version to determine
the equilibrium condition of the pendulum.
b) Write the generalized kinetic energy and momentum for a
particle with the following number of degrees of freedom and
orthogonal coordinates:
(b.1) f = 3, cylindrical coordinates
(b.2) f = 2, elliptic coordinates
the equilibrium condition of the pendulum.
b) Write the generalized kinetic energy and momentum for a
particle with the following number of degrees of freedom and
orthogonal coordinates:
(b.1) f = 3, cylindrical coordinates
(b.2) f = 2, elliptic coordinates