The fundamental frequency is the lowest frequency at which an object or system can vibrate. It is also known as the first harmonic and is determined by the physical properties of the object, such as its mass and stiffness.
The shorter the length of a spring, the higher its fundamental frequency. This is because a shorter spring has a higher stiffness, which leads to a higher frequency of vibration.
The fundamental frequency of a spring can be affected by its length, mass, and stiffness. Other factors such as temperature, tension, and material composition can also play a role in determining the fundamental frequency.
Yes, the fundamental frequency of a spring can be changed by altering its physical properties, such as its length or mass. It can also be affected by external factors, like temperature or tension.
The fundamental frequency of a spring can be measured by attaching it to a device that can detect its vibrations, such as a frequency analyzer. The frequency can also be calculated using the spring's physical properties and the equations of simple harmonic motion.