Bmmmmm(D)2.50k = 100.0NmStudents build an oscillator by hanging an object from an ideal vertical spring. The object has a label thatindicates its mass is 2.50 kg. The spring is to have a spring constant of 100.0 . The students usethese values to calculate the period of oscillation to be 0.993. The students set the oscillator into motionand use a motion sensor to determine experimentally that it takes 4.62 seconds for the object tocomplete five oscillations. Which of the following is a reasonable explanation for the discrepancy betweenthe calculated and experimental periods?The calculated value of the period is incorrect.The mass of the object is actually larger than its labeled value.There is an error in the use of the motion sensor.There is friction related to the motion of the spring.ZEE The spring constant is actually larger than its design value.mtC

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complete five oscillations. Which of the following is a reasonable explanation for the discrepancy between the calculated and experimental periods?