A spring mass system (spring constant K and mass m ) lies on a smooth horizontal surface with one end of spring being rigidly fixed. At
t=0
the mass is pulled with a constant horizontal force F. Speed of the mass after time
t
is (a)
(Ft)/(m)
(b)
(F)/(\sqrt(Km))sin(\sqrt((K)/(m))t)
(c)
(2F)/(\sqrt(Km))sin(\sqrt((K)/(m))t)
(d)
(F)/(\sqrt(Km))cos(\sqrt((K)/(m))t)

Question

A spring mass system (spring constant K and mass m ) lies on a smooth horizontal surface with one end of spring being rigidly fixed. At

t=0

the mass is pulled with a constant horizontal force F. Speed of the mass after time

t

is (a)

(Ft)/(m)

(b)

(F)/(\sqrt(Km))sin(\sqrt((K)/(m))t)

(c)

(2F)/(\sqrt(Km))sin(\sqrt((K)/(m))t)

(d)

(F)/(\sqrt(Km))cos(\sqrt((K)/(m))t)

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