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A tray of mass M= 12 kg is supported on two identi- cal springs as shown in Fig. 13.9. When the tray is depressed a little and released, it executes an SHM of period 1.5s. (a) Find the force constant of each spring. (b) When a block of mass m is placed on the tray, the period of the SHM becomes 3.0s. Find the value of m. Tray M = 12 kg Fig. 13.9 lellllll lellll

A tray of mass M= 12 kg is supported on two identi- cal springs as shown in Fig. 13.9. When the tray is depressed a little and released, it executes an SHM of period 1.5s. (a) Find the force constant of each spring. (b) When a block of mass m is placed on the tray, the period of the SHM becomes 3.0s. Find the value of m. Tray M = 12 kg Fig. 13.9 lellllll lellll

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A tray of mass M= 12 kg is supported on two identi- cal springs as shown in Fig. 13.9. When the tray is depressed a little and released, it executes an SHM of period 1.5s. (a) Find the force constant of each spring. (b) When a block of mass m is placed on the tray, the period of the SHM becomes 3.0s. Find the value of m. Tray M = 12 kg Fig. 13.9 lellllll lelllll
Transcribed Image Text:A tray of mass M= 12 kg is supported on two identi- cal springs as shown in Fig. 13.9. When the tray is depressed a little and released, it executes an SHM of period 1.5s. (a) Find the force constant of each spring. (b) When a block of mass m is placed on the tray, the period of the SHM becomes 3.0s. Find the value of m. Tray M = 12 kg Fig. 13.9 lellllll lelllll
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