The diagram below shows four compressed springs, attached to various masses at one end and to a wall at the other end. The springs constants and attached masses are shown. If each spring was not compressed or stretched, its attached mass would be located at x = 0. (a) 4m (b) WO 4m k 2m (c) (d) x (cm) -20 -15 -10 -5 0 When the masses are released from the positions shown, they start to oscillate. Which mass/spring system has the lowest frequency of oscillation? O System (d) O System (b) O At least two of the systems have the equal lowest frequency. O System (a) O System ()
The diagram below shows four compressed springs, attached to various masses at one end and to a wall at the other end. The springs constants and attached masses are shown. If each spring was not compressed or stretched, its attached mass would be located at x = 0. (a) 4m (b) WO 4m k 2m (c) (d) x (cm) -20 -15 -10 -5 0 When the masses are released from the positions shown, they start to oscillate. Which mass/spring system has the lowest frequency of oscillation? O System (d) O System (b) O At least two of the systems have the equal lowest frequency. O System (a) O System ()
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