The frequency of oscillation is 
.
<h3>What is a magnetic moment?</h3>
The magnetic moment is the magnetism of a magnet or other item that creates a magnetic field, as well as its orientation and strength. Electromagnets, permanent magnets, elementary particles like electrons, different compounds, and a variety of celestial objects are examples of things that have magnetic moments (such as many planets, some moons, stars, etc). The phrase "magnetic moment" typically refers to a system's magnetic dipole moment, which can be represented by an analogous magnetic dipole, which has a magnetic north and south pole that are barely separated from one another. For sufficiently small magnets or at sufficiently wide distances, the magnetic dipole component is adequate. For extended objects, additional terms may be required in addition to the dipole moment, such as the magnetic quadrupole moment.
By Comparing the above equation with the SHM equation
Frequency = 
=
=
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Blue, blue-white, Yellow-white, yellow, yellow-orange, and red. Hope this helps.
The motion of particles to one side of the rest position will be the same as the motion of the other side of the rest position in a wave motion. because in a wave motion or wave function, it symmetrical. meaning the motion on the other side will be identical to the other side of the rest position
Like charges repel, unlike charges attract
Two protons will also tend to repel each other because they both have a positive charge. On the other hand, electrons and protons will be attracted to each other because of their unlike charges.
So I would say no, unless the two bodies are placed close to each other where one has much more charge than the other, then due to induction, force of attraction becomes more than the force of repulsion.
Velocity of the car at the end of this time=128.4 m/s
Explanation:
initial velocity Vi=0
final velocity=V
acceleration= a=10.7 m/s²
time =t=12 s
using kinematic equation V= Vi + at
V=0+ 10.7 (12)
V=128.4 m/s
Thus the final velocity of the car =128.4 m/s
