Step 1. Note: The brass rod oscillates with SHM as a physical pendulum. SEE ATTACHMENT #1 for a diagram showing parameters and the general equation (1), for the period, T, of a physical pendulum. Also shown is (4), the period of this pendulum, in terms of its length Lo and the constant g.

Step 2. Your substitution of ...

Solution Summary

A brass rod pendulum which loses time is examined. The error in one day are found. In seven steps, the problem is solved with good explanations.

Thependulum in a grandfather clock is made of brass and keeps perfect time at 18.1oC. How much time is gained or lost in a year if theclock is kept at 24.3oC? Assume the frequency dependence on length for a simple pendulum applies. Enter a positive number for a gain, negative for a loss. Remember it is for a year.

Thependulum in a grandfather clock is made of brass and keeps perfect time at 18.1 degree C. How much time is gained or lost in a year if theclock is kept at 24.3 degree C? Assume the frequency dependence on length for a simple pendulum applies. Enter a positive number for a gain, negative for a loss.

Please see the attached file for diagram.
A designer wishes to make a clock with a pendulum in the shape of a flat disk. Instead of swinging from the end of a rod, however, the disk is to pivot about a point between its center of mass and its rim.
If the disk has a radius of 15.0 cm and its intended period of oscillation

9. The temperature distribution u(x, t) in a 2-m long brassrod is governed by the problem
......
(a) Determine the solution for u(x, t).
(b) Compute the temperature at the midpoint of therod at the end of 1 hour.
(c) Compute the time it will take for the temperature at that point to diminish to 5° C.
(d) Compute the ti

A torture technique used by inquisition included a pendulum with attached blade. The length and mass of the wooden rod are L=5m and M=10kg, and the steel disk blade has m=30kg and radius R=30cm. While thependulum swings, the whole system moves vertically down at a rate of 1mm/min. Considering that thependulum has a small amp

Thependulum shown in the figure (see attachment) consists of a thin disk and two slender rods. The disk has a mass of 2 kg, the longer rod AB has a mass of 6.5 kg and the shorter rod CD has a mass of 2.5 kg. Determine the moment of inertia of thependulum about an axis perpendicular to the page passing through (a) point O, and

A slender rod is pivoted at 0 which is a frictionless bearing. The circular frequency in rad/s at therod for a small oscillation is?
(See attached file for full problem description)

At 20 degrees celsius, aluminum ring has an inner diameter of 5.00 cm and a brassrod has a diameter of 5.050 cm. If both are heated together, what temperature must both reach so that the ring just slips over therod? Would this process work?

A large bell is hung from a wooden beam so it can swing back and forth with negligible friction. The center of mass of the bell is 0.50m below the pivot, the bell has mass 38.0kg , and the moment of inertia of the bell about an axis at the pivot is 20.0kg*m^2. The clapper is a small, 1.8kg mass attached to one end of a slender