The simple pendulum of a grandfather clock had the period equal to 2.000 s. Due to a temperature rise, the length of the pendulum has increased by 3.29 times 10-3 m. The period of the longer pendulum is going to be slightly larger, so the clock will be slow. How slow will the clock be after 24 hours? Assume that initially the clock was accurate. The simple pendulum of a grandfather clock had the period equal to 2.000 s. Due to a temperature rise, the length of the pendulum has increased by 3.29 times 10-3 m. The period of the longer pendulum is going to be slightly larger, so the clock will be slow. How slow will the clock be after 24 hours? Assume that initially the clock was accurate. @Physics

Question

The simple pendulum of a grandfather clock had the period equal to 2.000 s. Due to a temperature rise, the length of the pendulum has increased by 3.29 times 10-3 m. The period of the longer pendulum is going to be slightly larger, so the clock will be slow. How slow will the clock be after 24 hours? Assume that initially the clock was accurate.  The simple pendulum of a grandfather clock had the period equal to 2.000 s. Due to a temperature rise, the length of the pendulum has increased by 3.29 times 10-3 m. The period of the longer pendulum is going to be slightly larger, so the clock will be slow. How slow will the clock be after 24 hours? Assume that initially the clock was accurate.  @Physics