Solve the problem.
-The motion of a spring-mass system is described by the equation where y is the distance in feet from the equilibrium position and t is time in seconds. If the weight is 23 feet from the ceiling in a state of
Equilibrium, find the time at which the weight first passes the equilibrium position.
A) 1 sec
B) 6 sec

Question

Solve the problem.
-The motion of a spring-mass system is described by the equation  where y is the distance in feet from the equilibrium position and t is time in seconds. If the weight is 23 feet from the ceiling in a state of
Equilibrium, find the time at which the weight first passes the equilibrium position.
A) 1 sec 
B) 6 sec

Quizplus · Accepted Answer

The Answer of Solve the problem.
-The motion of a spring-mass system is described by the equation  where y is the distance in feet from the equilibrium position and t is time in seconds. If the weight is 23 feet from the ceiling in a state of
Equilibrium, find the time at which the weight first passes the equilibrium position.
A) 1 sec 
B) 6 sec

Solve the Problem. -The Motion of a Spring-Mass System Is Described by the Described