How Loud Is 130 Decibels

The continuous noise level of a jet engine is 130 dB and the sound pressure at which it begins to be noticeable for humans is 120 dB.

The difference in noise levels between these two levels is extremely small — just one-tenth of a decibel or 0.1 of a meter. It’s important to note that the volume of a jet engine doesn’t change over its 100,000-hour lifetime. In fact, the sound intensity stays about the same for that long as well.

That means that roughly every 100,000 hours, you could hear an engine passing by your bedroom window if you were sleeping at night. And if you sleep through it (which I don’t recommend), then in a few hours or days you will be able to hear it again (though not as loudly).

You don’t have to worry about being awake when this happens; engines are so powerful they will just continue on past your window until they burn out completely.

130 dB is as loud as, for example, a jet engine take off.

This is a fairly common question. In this topic, I will discuss the impact of 130 dB on your hearing and how loud it is.

You can hear sound clearly at a frequency of about 20 Hz. A sound source at 20 Hz is at a distance of about one meter to you. Around this distance, the human ear will not detect any significant difference in sound level. However, if you are standing closer to the source, these sounds will be perceived as louder if you are exposed to them for longer periods of time (i.e., imagine your ears as having been “turned up”).

If you have had any experience with music or listening to radio or TV, then it’s likely that you have heard sounds which are louder than those normal background noises which are already a prominent part of the environment around you. For example, in the car or in a quiet room, some people may hear background noise such as traffic sounds or other people talking while others may only hear music playing out loud; however no one can hear what is playing out loud unless they are right next to it (if they don’t move away).

130 decibels is approximately equivalent to the sound level emitted by a jet engine taking off from an airport at an elevation of 50 m (164 feet). At this distance from the noise source, there should be no audible difference between the two types of noise because neither type of noise has much energy when compared against each other (at 70 m (230 feet) from the noise source), but as someone gets closer towards it, there should be noticeable differences due to attenuation and electricity currents present between different types of electrical cables and wires in buildings and automobiles .

130 dB is an extremely intense noise level that can instantly damage your hearing.

It is difficult for most people to imagine how loud a sound is. They might assume a sound level of 130 decibels is too loud to register in the ears of an average person, but this is not the case. 130 decibels is as loud as, for example, a jet engine take off. It is an extremely intense noise level that can instantly damage your hearing.
When you hear 130 dB, it is important to note that it’s not actually louder than a jet engine at takeoff (for comparison sake). The noise source used in this experiment was a fan and the aircraft was 50 feet away.

The fan was used because it produces much more sound pressure than several other sources of sound such as cars and airplanes, which are used in many commercial jet engines tests.

Airplane engines do produce high-intensity sounds but they don’t cause hearing damage compared with other types of noise sources such as explosions.

The best way to understand how loud 130 dB really can be is to spend some time with a friend who works on big construction projects. Let them know that they will have to work on a very long shift without any break at all if they want to keep their hearing intact.

After that, let them try listening to an experiment where you turn up the volume on their computer speakers by using headphones rather than speakers because both are equally loud sources of sound (although headphones are quieter than speakers).

It should be quite easy for them to determine just how much louder their computer speakers are than their friends’ headphones (though your friends’ headphones may seem more comfortable).

But if they simply connect their phones or similar devices into their computer speakers, then listen at full blast with no distractions, then in about 20 minutes they will not only be able to hear clearly, but also feel what it’s like when someone pushes on your eardrums with full force!

How do humans survive sound blasts at such high levels?

The intensity of sound at 130 decibels can instantly damage your hearing. It is the sonic equivalent of a jet engine take off. For most people, 130 decibels is enough to cause temporary deafness .

The human ear can only physically tolerate sounds up to 120 dB

In the world of sound, the human ear is not an instrument. It is an organ. As such, it can only hear sounds that are at or below a certain volume.
The human ear works differently from other organs when it comes to listening to sounds. If you ever heard a very loud opera singer your ears would probably be ringing for days.

That’s because the maximum level that can be reached by our ears is about 90 dB (decibels). The blood vessels in our ears dilate and blood rushes into them to help the organs work more efficiently. This increase in blood flow ensures there is more oxygenated blood flowing through the ear canal and around the eardrum, which is why we hear better at higher volumes!

How Loud Is 85 Decibels

The sound of 85 decibels, in the human ear, is equivalent to that of a factory diesel engine cranking up full throttle. The sound of 85 decibels is loud enough to cause immediate damage. At 85 decibels, we would be unable to hear ourselves think for about three seconds.That’s why it’s important to understand how loud your speech is compared with others when you prepare for a speech.

If you are confident that your speech will be loud enough to be heard and understood by the audience you must know how loud it will be; otherwise, you could come off as arrogant.A study titled “How Loud Is 85 Decibels?” conducted by researchers from the University of Minnesota tested groups of college students on their ability to identify different loud noises and distinguish them from other noises.

The test was conducted in a controlled environment where there were no distractions and participants were given no prior knowledge about the nature of the test — they simply had to hear what they heard, as they had never heard anything like it before.The results showed that our hearing perception is much more sensitive than we may think; it isn’t just an average person who can hear above 85 decibels but anyone can do so based on their own personal characteristics, such as their hearing sensitivity or age. This also goes for people who have trouble hearing voices too. A study titled “The Effects of Age and Hearing Loss on Hearing at 85 dBs: An Experimental Study” conducted by researchers from the London School of Economics found that even a few years after being diagnosed with hearing loss, people with normal hearing could still identify pressure sounds at levels well over 90 dBs (85 decibels).

In fact, this study found that even though most people may not have normal hearing in some cases and may experience some hearing loss or noise-induced hearing loss (NIHL), most people still can identify pressure sounds above 85 dBs (85 decibels) which should give everyone pause before speaking loudly during meetings or public events .

Why is Sound So Loud?

As humans, we’re pretty good at picking up sounds of objects. For example, when you hear a car coming from across the street, you can usually identify their sound.The louder an object is, the more distinct it becomes — “That’s a car. That’s a car. There’s a car coming! A loud one! A car! A big one! A big burly one! A big scary one!”That’s what is happening when you are hearing 85 decibels or more.Now, as I said before, decibels are measured in terms of sound pressure levels (SPL). For example, if you were holding your ear close to something like a speaker and hearing 85 decibels or more and thought that it was loud enough to be considered “loud enough to be considered deafening” (i.e., the equivalent of being deafened), then you would probably pass out from shock and pain.But let me tell you about the real world consequences for being exposed to 85 decibels or more.

The Effects of Noise on the Body

One of the stories we covered recently was about how loud a football play was. People were visibly shocked by the sound of the soundclash and had to be restrained from running away from the stadium. Soundwaves can travel at speeds up to 120 miles an hour, or 60 mph, so that sounds can travel for hours and even days before being detected by human ears.This topic is extremely relevant among the noise-sensitive population, who are constantly bombarded with loud noises from numerous sources including airplanes, construction sites and public transportation systems.Noise-sensitive people are more likely to suffer from hearing loss as a result of exposure to noise levels above 85 decibels (85 db), and have been described as having “slow brain cells” due to their sensitivity level.  

However, there is also evidence that noise is bad for your health , according to this review paper  on noise and health .

The authors evaluated scientific evidence on various aspects of noise exposure:

  • effects on work productivity;
  • impacts on sleep quality;
  • effects on cognitive function;
  • impacts on hearing;

and effects on health-related outcomes such as cancer incidence. 

They concluded that “the evidence shows a causal relationship between some types of noise and increased risk for adverse health outcomes.”The impact of sound on human cognitive functioning has been an area of interest in recent years, especially in relation to sleep deprivation disorders such as sleep apnea or narcolepsy .

One recent study showed that listening to music at 16 dB resulted in less cognitive performance than listening at 20 dB , while another study showed no difference between similar music levels between groups with vs without sleep deprivation disorders. This topic is especially important when you’re trying to get your audience’s attention but they seem like they’re not paying attention because they’re all busy staring at their tablets or phones.

How to Protect Your Hearing From Loud Sounds

Your ears are the most sensitive organs in the human body. They register sound waves and allow you to hear a wide variety of sounds ranging from a whisper to a roar.

The ear is made up of two kinds of tissue:

One hears sound waves that travel through the ear canal, or external auditory canal, which is where our ears are located.

Our inner ear consists of three parts:

The semicircular canals, which are also called cochlea;

The tympanic membrane, which is where sound travels into the inner ear;

And cells that contain hair cells that convert sound into electrical signals, called nerve cells.Sound travels through the air and bounces off objects inside your ears such as hard surfaces or vibrating objects like a fan belt or computer keyboard. It is then picked up by your eardrum and transferred to your inner ear using tiny hairs on the outer surface of your eardrum. The inner ear contains two kinds of specialized cells called cochlear nerve cells that convert sound into electrical impulses (sound nerves).

A good-quality set of hearing aids can help amplify certain frequencies, but they aren’t necessary for normal hearing—which means you will still be able to hear sounds at 85 decibels without them.If you want to protect your hearing from loud noises like gunshots or trains passing by on tracks near you, it’s a good idea to wear hearing protection like earplugs or mufflers when you go outside for long periods of time at night or during storms.

If there is any chance that loud noise could come from an unexpected source such as a lightning strike or construction equipment nearby, see if there are any audible warnings posted at construction sites. It’s also a good idea to take precautions if there is any chance you might have to enter an area where loud noises like thunderstorms might occur in order to make sure no one catches you unprepared; if so, wear hearing protection too!


In the last installment, we discussed the meaning of loud. We also looked at some of the factors that can contribute to noise levels and how they differ between different environments.In this installment, we will discuss the effects of loudness on human hearing. Here, we will look at three levels: mild, moderate, and severe. All three are intended for public listening rooms where people are often exposed to noise levels that can be considered “loud” in nature.

The next level is called “severe” because it is associated with more intense sounds, such as a jet airplane taking off or a military helicopter flying overhead.The third level is called “moderate” because it is not constantly exposed to loud sounds; rather it is only used in situations where there are many other people around who may be engaged in conversation and may hear your speech loud enough for you to be aware of their presence.If you want to know how loud 85 decibels sounds like, put your ear against a windowpane on your way home from work every day once or twice during the week and listen closely at work on Monday through Friday throughout the workweek.

How Loud Is 120 Decibels

120dB is the amount of sound pressure a human ear would hear at one meter (about four feet) from a source that emits no more than 120dB. It’s also known as the threshold of hearing or absolute hearing threshold, and it is equal to the pressure wave at which we perceive a sound as being heard by our ears.

It’s interesting to note that there are two types of sound waves: acoustic waves and mechanical waves. Acoustic waves are generated by vibrating materials like air or water. Mechanical waves, on the other hand, are created by forces like gravity and friction.

Acoustically-generated sounds such as sirens, applause, thunder and fireworks can be very loud; they can even exceed 120dB in some cases! But when you want to create sounds with mechanical action like earthquakes or aircraft engines, you will need to use an instrument called an ear trumpet which produces both mechanical and acoustic signals at the same time.


120 decibels is the equivalent of how loud a sound wave is when it’s at its peak — the point where it’s most intense. It’s the equivalent of 100,000 volts (which is what can happen during an electric shock).

It’s been said that 120 dB can kill a person. It was also once thought that 120 dB was impossible to hear without losing hearing altogether. The new scientific consensus has determined that it’s possible to hear and feel a 120 dB sound wave without any loss of hearing.

Our ears aren’t just sensitive to sound waves; they are also sensitive to vibrations. Vibrations are produced when you shake your hands or feet while swaying or moving your head up and down. When you walk, you create movement in all directions — left, right, up, down, forward and backward.

And while running, this movement has been found to produce vibrations that are more intense than sounds produced by cars driving on a motorway at 100 mph (110 km/h).

What this means for us as writers is that if we want our readers to feel their words over their shoulders and not be distracted by their surroundings or run into something in their path — we need to use words with higher pitch than normal when writing.

Normal Conversational Levels

There’s a lot of information to be had about what is considered “noise” and how loud things can get.

The average noise level for most people is around 40 decibels, or 40dB.

Noise has a serious impact on our lives; it can cause safety concerns, health issues, and even interfere with our sleep patterns.But what exactly is noise? Most people think that noise is the sound of something like a motor or loud machinery.

But while those are definitely examples of noise, they are not typically considered “noise.”

What you may have noticed when walking down the street or reading in bed at night is not just sounds from your surroundings, but also noises from other people’s conversations. Loud music also falls into this category of “noise.”

People hear and feel sounds that are louder than 40 dB quite often without us even knowing that there was any sound at all!

Below we will explore how loud 120 dB actually sounds and why it isn’t so common knowledge (as you might imagine).We want to make sure that the information you get from this article is as complete as possible and will help you to avoid common mistakes when trying to understand what noise means in the first place!

Loudness Perception

120 decibels is about as loud as you can be without a sledge hammer. This isn’t a measurement of sound pressure. It’s a measurement of how loud something feels.

Sound pressure and sound intensity have completely different meanings when it comes to measuring the volume of sound waves. A sound pressure level is simply how loud the sound wave is and it doesn’t take into account its frequency or intensity and therefore, it will never measure 120 dB.

Furthermore, a sound pressure level can vary by a great margin depending on the nature of the object being measured. For example, if you are standing near an electrical outlet with your ear partially covered, then your ear will be further away from the source compared to if you were wearing earplugs so that your ear has to deal with more intense sounds.

However, if you are standing in front of someone’s face with an earpiece inserted in his or her ears then all sounds will be much louder than they normally would otherwise—a factor that affects how loud 120 dB appears on paper as well.

Sound Intensity and Human Perception

Sound intensity is measured in decibels, with a decibel (dB) being one tenth of a bel. The decibel scale can be used to describe the loudness of sounds, which are divided into categories based on their perceived loudness, from barely audible to extremely loud.

The human ear can discern sounds down to about 110 dB in certain circumstances — for example, if an explosion occurs nearby — but even then, the human ear can only distinguish between two frequencies at a time.The perception of sound intensity is based on perceived loudness and not absolute volume.

That’s because there’s another factor involved beyond volume; sound pressure is calculated based on the intensity of the pressure waves. So while 100 dB might indicate a simple explosion that you can hear clearly right next door, 120 dB means that the blast has reached your bedroom and made your walls rattle.

120 dB in a Nutshell

Noise is one of the most interesting aspects of our modern world.So, how loud is 120dB?

The standard definition for measurement is that a sound pressure level that can be heard by humans at a distance of about 20 meters (66 feet) without the aid of amplification devices.One source states that the human hearing threshold for 100dB SPL is about 6-8 decibels, or about one half octave below the audible range for most people.

It’s important to note that this threshold does not apply to speech, which has been measured to have a maximum sound pressure level of 123 dB. But it does apply to pure tones, which we know from previous studies have an SPL of 116 dB, with intermediate amplifiers being able to produce 107 dB or more.The noise we encounter in everyday life can vary in volume, with higher volumes than those noted above being considered “loud” and lower ones being considered “quiet”. As a result, the potential range above 70dB has typically been defined as “moderate noise” and above 105dB as “high noise”.

What is rhythm in music?

Music is one of the most powerful tools to bring about positive change in your life. It is also a powerful and unique form of communication that can help you connect with an audience on a level that is deeper than the words you use to communicate or the tones you sing. Music has the ability to take you back to your childhood, grab hold of you, and spin you around until it feels as though your soul is being pulled into another dimension.

However, music has also been found to be a major factor in how people perceive one another — and not in a good way. A study by University of Miami psychologists discovered that when people listen to music at work, they’re more likely to view others as less competent than if they listened on their own time.

Rhythm’s Effect on Melody and Harmony

The word “rhythm” can mean a wide range of different things. In its most basic sense, rhythm is a type of music that is played on a musical instrument. Such instruments can be anything from the piano to drums to the synthesizer.

What makes music rhythmic? Rhythm actually comes in two distinctly different forms: meter and tempo. Meter is how fast or slow a piece of music is, while tempo is how fast or slow it is; unique to each piece of music. Rhythm and melody are often interrelated when it comes to making up a song, as the melody may anchor the rhythm; in this case, the rhythm will also anchor the melody.

Rhythm plays an important role in most genres of music including jazz, rock, hip hop, pop, classical and many other styles. Many types of music have been described as based on “rhythmic” or “tempo-based” structures. It can be quite difficult for those new to the world of rhythm to imagine some of these structures without being able to relate them personally to their own personal experiences with tempo and meter.

The most common types are:

1) Rhythmic (or Tempo) Contour: A rhythmic pattern which repeats itself in time with regard to beat or meter with multiple beats per measure (such as quarter notes or eighth notes). There are many different types based on what type of music they correspond with and other factors such as genre (for example, jazz), style (for example rock), etc.. These rhythms are called “Rhythmic Contours” because they can be used repeatedly without changing tempo but rather by varying how fast or slow they go at any given point during a measure (often known as “Tempo Changes”).

2) Rhythmic Archetypes: A rhythmic pattern which refers to repeating patterns found throughout music; such patterns may have different beat lengths per measure but still have many beat repetitions per measure or even be repeated once every time through different measures (such as “I-IV-V”, I-IV-V-I)

3) Beatmapping: Putting together two pieces of information into a single unit so that understanding one information unit leads one automatically into understanding another related information unit…The process might include finding out where an information unit fits within a larger unit by analyzing what information units are surrounding it so that certain units stand out more…This process might include analysis of phrases within songs

The Power of Leitmotifs in Orchestral Masterpieces

For the purpose of this article, rhythm will be defined as a musical construction whose core is based on a musical theme.Leitmotifs are musical motifs that serve as the basis for a piece of music. They are often used to define and anchor the structure in which the rest of the music is built upon.The most famous leitmotif; “Schindler’s List” was created by composer and conductor, Harry Potter during his time composing Star Wars films. It was first used in 1977 as part of the original soundtrack for Star Wars Episode IV: A New Hope . In 1979-1980, he used it again for Return of the Jedi . After “Schindler’s List ,” Harry Potter became known for his use of leitmotifs in various films and television shows. He also co-created and composed the theme songs for Jaws, Monty Python’s Flying Circus and The Simpsons .An important aspect of leitmotif usage is its ability to set an atmosphere and tone throughout a narrative or film. There could be many reasons why a leitmotif is used: to create an emotional connection with viewers (like Schindler’s list), to set an upbeat mood (being upbeat) or provide foreshadowing (like new characters).

Structure of a Song: From Pitch to Pulse

When I say rhythm, I don’t necessarily mean tempo.

Rhythm is a complex concept that involves the articulation of pitch, the sequencing of notes and chords, and the expression of tempo via a variety of techniques. Rhythm in music can be understood as a series of steps performed by instruments.

For example, two different instruments may play the same basic melody; one will use clapping as rhythmic foundation while the other will use tapping or striking to create a glissando effect.

Some pieces can be played with no rhythm at all; these are called “free” pieces since their structure is open-ended. A piece that adheres to the rules of musical structure is called a “chord”.

In addition to melody and harmony, rhythm is important for composing music.In order to create a smooth rhythmic foundation within a piece, an arrangement needs to be coordinated with the beat of its source material in order to stay consistent with each other’s rhythms.

A fast tempo or on-beat beat can be created by following certain rules:

The player should strike his or her instrument at just the right time;

The player should change their position relative to the beat in order to keep time;

The player should not move too slowly relative to their partner’s tempo.

A slow tempo or off-beat beat can be created by following other rules:

The player should strike at just the right time;

The player should not change their position relative to the beat in order to maintain time;

The players’ shoulders remain stationary when playing off-beats (i.e., never move too slowly). Since different types of music have internal rhythms, it is important for musicians who want to master this type of craft (called “rhythm”) to understand how these rhythms work so they can play them well on any instrument using any standard tuning system.


Music becomes more interesting after having learned about this stuff for awhile – instead of just writing songs with pure melodies on them until your ears get tired from working them out so much! So go ahead and listen to some popular music with rhythm in mind – jazz, pop, hip hop etc.

What is pitch in music?

Pitch is defined as the frequency at which a sound wave vibrates.The pitch of a note depends on the note’s duration and its root value.The pitch of a piano is between 440 Hz and 464.4 Hz.A pitch at 440 Hz represents the lowest pitch, so that is referred to as the “tonic pitch”.

When a note has a higher or lower pitch, it is said to be in an “inversion” of its tonic pitch, that is, it will be in an octave above or below its tonic pitch respectively.A note on a piano has 14 pitches: 1st, 2nd, 3rd, 4th, 5th, 6th (natural), 7th (flat), 8th (sharp), 9th (piano), 10th (low C or C#), 11th (b2), 12th (b3) 13th (m3) 14th (m4).The lowest note on the piano register is G# which happens to be called “melody” notes in music.

Pitch of a Sound

Pitch is an important aspect of sound. It helps to determine the sound we hear and the distance from the source from which it is coming. Pitch is used in music to identify notes. Pitch is important because different notes have different pitches, depending on their position in a musical scale.

In terms of music, pitch corresponds to the position of a note on a musical scale (the most common scale used in Western music). The pitch of a note indicates how fast or slow it vibrates. The higher its pitch, the higher its vibration speed and the more easily it vibrates; as a result, its vibrations are perceived as louder.There are two types of pitches: absolute and relative pitches.

If one pitch is lower than another then this means that they are both “equal” (in terms of their vibration speed) and have the same pitch; but if one is higher than another then this means that they are both “higher” than each other (in terms of their vibration speed) and have different pitches.

The absolute pitch system was developed by astronomers in ancient times when they were trying to understand celestial movements like eclipses . All sounds have an absolute pitch but only certain sounds can be heard with some instruments or by ear (like human voice).

Absolute Pitch was developed by American musician, Edwin Haugland , around 1920s. He was one-time president of Boston Conservatory where he studied piano with George Gershwin .

Musical Scales

Here is a simple and quite universal explanation of the pitch concept.

A musical scale is a repeating sequence of chords, each ascending or descending in pitch with the harmony. In musical terms, the progression can be represented by a series of numbers: for example, the major scale consists of three pitches (C, D, E) and a rising (or descent) note (F).

The first part of your pitch description will involve making an assessment about your own voice. If this is your first time entering into music writing, then take some time to train yourself to identify and discern your vocal characteristics in relation to music.

If you are an experienced writer, then you may need to time yourself for maximum advantage.

Level 1: Identifying Your Voice in Music  – Do you have any special musical traits that set you apart? For example: do you tend to pick up on minor overtones or coloration? Are there any specific timbres that help give you a “spot” on pitches?

Level 2: Identifying Specific Chords  – Can you think back over all your favorite songs and identify their chord progressions? What instruments do they use? Are there certain chord progressions that leave an impression on you?

Level 3: Identifying Specific Notes/Pitches – Is there anything about the way notes are sung or played that transfers into how they are perceived by people listening to them? Do particular notes convey more emotion in certain songs than others? Does one note have more impact on listeners than others? Or does it matter which note is presented first in a song? The answer may seem obvious but it can take some time getting used to if not practiced.


Pitch is an interval between two notes. A pitch interval is one in which the pitch of a note is different from the previous note. What makes up a pitch interval is the frequency of vibration of the sound waves, or note. Frequency or pitch (or tones) refers to how high or low a note sounds.For example, remember when you played piano and you had to play all 12 keys at once?

You need to play all 12 notes on your piano in order for it to be playable. The same goes for playing any instrument; you need to play all its notes in order for it be playable. And if you’re playing a speech, you need to play all the words in order for them to be heard clearly.To be able to play an instrument is difficult because your fingers are not exactly aligned with every single note within its range of vibrating frequencies.

Musicians use vocalists and singers as their models when learning how to play instruments because they all have specific pitches that they can replicate using their voices, making it easier for them to learn how to play their instruments.

Musical Keys

Pitch is the frequency of vibration of sound waves. It is a relative quantity that refers to the relative position of a sound in a musical scale.The pitch of each sound is measured in Hertz or cycles per second (Hz). A piano has keys on its keyboard that have different physical characteristics and functions, including the notes played on these keys. An equal division of an octave between two keys will result in a note with an identical pitch; this is called perfect pitch.The pitch of each note depends on the notes being played.

For example, if you play an E major chord, the notes are A, B, and C; one element of E major’s pitch is its overall pitch (which has two elements: fundamental frequency and key signature), which are both 840 Hz; The fundamental frequency is 440 Hz and can be written as 840 Hz x 0.0015 = 440 Hz and the key signature varies from minor to major due to all its sharps/flats so it is written as 440 Hz x 0.0015 = 440 Hz x 0.0009 = 880 Hz. The above example demonstrates how two distinct pitches can vary by only fractions, such as 880Hz vs 840Hz or 880Hz vs 440Hz.

When we talk about pitches in music we mean intensity or loudness of the musical tone (note) in a musical scale (which includes all sounds above middle C) – a balance between loudness and softness – perceived by human ear through listening to heard sounds (such as sound waves produced by air molecules moving through air).

When talking about pitches in relation to music we are discussing how they relate to other tones within different scales such as songs or entire pieces such as chord progressions or melodies – meaning what tone comes next or when you play an entire song with no pauses at all!

Pitch relates to energy levels within different parts within different songs or parts within an entire piece which allows singers and instrumentalists to control their energy levels depending on their performance level e.g., if you have more energy during your live performance than someone who has less energy then you will naturally be able to perform louder at higher frequencies e.g., your voice will have more power and volume because you have more energy than them).


Pitch is a term used to describe the relative frequency of vibration of sounds in the range of human hearing.Pitch changes depending on the frequency and duration of vibration. It is defined as a scale from the lowest note to the highest, from instrument to instrument. It can also be described as a relative position on this scale.There are two main types of pitches: fundamental pitch and harmonic pitch. If you’re familiar with music theory and music, you know that it is possible to break down pitches into their components, or intervals. For example, one major interval is called a semitone (dissonant), while another is called an octave (harmonic).