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A helical spring fixed at its upper end carries a mass of Skg attached to it at its lower end. The mass is set into vibration and is measured to make two oscillations per second. Calculate the stiffness of spring.
Previous year question paper and answers in PDF
Design a second order BP filter with a centre frequency gain 50 giver fo= 160 hz Q=10
Design a second order BP filter with a centre frequency gain 50 giver fo= 160 hz Q=10
A helical spring fixed at its upper end carries a mass of 5kg attached to it at its lower end. The mass is set
into vibration and is measured to make two oscillations per second. Calculate the stiffness of spring.
