It can be controlled by many things, but here are at least three:
Length of the vocal cords.
Thickness of the vocal cords.
And stress on the vocal cords.
That of course, it is the human body.
If your talking about, say, a guitar amp, it's controlled by the little nob that says 'pitch' on it.
-- J
Radio controlled refers to something that is controlled by remote means via radio frequency, such as radio controlled cars or planes. It is slightly different than remote controlled items which usually have a wire connection.
no the variables cant be controlled.
if the experement can be repeated and the same results made then the experement is controlled if not the experement is not controlled
experiment
Invented the first controlled airplane Flew the first controlled airplane Tested the first controlled airplane Created the first controlled airplane and.... the last is for another Wiki-Goer.
Pitch in the human voice is controlled by the tension and length of the vocal folds in the larynx. When the vocal folds are stretched tightly, the pitch produced is higher, and when they are looser and thicker, the pitch is lower. The rate and force of air passing through the vocal folds also contribute to controlling pitch.
Sound can be controlled by adjusting factors like volume, pitch, and tone. Volume is controlled by regulating the amplitude of sound waves, while pitch is altered by changing the frequency. Tone can be adjusted by manipulating the harmonics present in the sound wave.
Pitch, Roll and Yaw
Volume is controlled by air flow, and pitch is changed with the valves and lip configuration.
Most general aviation airplanes have pitch, yaw and bank controls. The pitch is controlled by the elevators, the yaw is controlled by the rudder pedals, and the bank is controlled by the alerons. Also there is what is called a trim tab which are intergrated in the elevator and rudder to take pressure off the control wheel or Yoke, or stick as it is called.
Varying the tension and length of the vocal cords can change the pitch of the voice. Tightening the vocal cords raises the pitch, while relaxing them lowers the pitch. The pitch of the voice is controlled by muscles in the larynx.
The tympanic membrane sends vibrations and waves when struck, which reflect around in the drum.I think the pitch is controlled by the tightness of the tympanic membrane.
No, the rudder does not control the pitch of an aircraft. The rudder is primarily used for controlling yaw, which is the side-to-side movement of the aircraft's nose. Pitch is controlled by the elevator, which is located on the tail of the aircraft and adjusts the angle of the plane's nose up or down.
The pitch of the sounds produced by the vocal cords is controlled by the tension and length of the vocal cords. When the tension and length increase, the pitch becomes higher, and when they decrease, the pitch becomes lower. This adjustment is made by the muscles in the larynx.
It has to do with the tightness with which the head is stretched over the shell. The tighter the drum head, the higher the pitch, and vice versa. If the drum has a head on the top and bottom of the shell, the pitch is more controlled from the top head whereas resonance is more effected by the bottom head.
The up and down movement of an airplane's nose is called "pitch." Pitch refers to the angle of the aircraft's nose relative to the horizon and is controlled primarily by the elevators on the tail of the airplane. Adjusting pitch affects the aircraft's ascent or descent during flight.
Sounds can be controlled through factors such as volume, pitch, duration, and quality. Using tools like soundproofing materials, equalizers, and volume controls can also help manage and adjust sound levels. Additionally, sound can be controlled through techniques like sound absorption and reflection to manipulate how it travels and interacts with the environment.