How and Why Human Sound is change in Recorded

How and Why Human Sound is change in Recorded

Why and How Human Sound Changes in a Recording?

Have you ever noticed that your voice sounds different when recorded? This happens due to two main reasons: the way we hear ourselves and technical factors in recording.

1. How We Normally Hear Our Own Voice?

When we speak, we hear our voice in two ways:
Bone Conduction: Vibrations travel through the bones of our skull to the inner ear, making our voice sound deeper and fuller.
Air Conduction: Sound waves travel through the air, enter the ear, and reach the eardrum.

This combination makes our voice sound richer and different from what others hear!

2. Why Does Your Recorded Voice Sound Different?

Lack of Bone Conduction:

• A microphone records only air conduction (not bone vibrations).

• This makes the voice sound thinner, higher-pitched, and less resonant.

Microphone Quality & Recording Device:

• Different microphones capture sound differently.

• High-quality mics pick up more details, while low-quality ones may distort the voice.

Compression & Sound Processing:

• Recorded audio often undergoes compression, which affects volume and tone.

• Audio formats like MP3, AAC, or WAV may alter voice quality.

Echo & Room Acoustics:

• A room’s size, materials, and echo affect how sound is recorded.

• Small rooms may cause more echoes, while studio setups improve clarity.

3. How to Improve Recorded Voice Quality?

Use a Good Microphone: A condenser mic captures a richer sound than a phone mic.
Proper Mic Distance: Keep the mic 6–12 inches away for clear audio.
Reduce Background Noise: Use soundproofing or noise reduction software.
Post-Processing: Use tools like EQ (Equalization), Noise Reduction, and Reverb to enhance clarity.

 Conclusion:

Your voice sounds different in a recording because you usually hear it through bone and air conduction, but a microphone captures only air conduction. Factors like microphone type, recording format, and acoustics further influence how your voice is recorded.

Would you like tips on audio editing software to improve your recordings?

Great question! Let’s break it down simply:

Why Does Your Voice Sound Different in a Recording?

When you hear a recording of your voice, it often sounds weird, shrill, or thinner than what you expect. That happens for two main reasons:

1. You Normally Hear Your Voice Differently (Bone vs Air Conduction)

When You Speak:

You hear your own voice through two ways:

• Air conduction: Sound travels through air → into your ears

• Bone conduction: Vibrations travel from your vocal cords through your skull bones directly to your inner ear

This bone-conduction adds depth and bass to your voice.

When You Hear a Recording:

• The sound is only through air conduction

• So it sounds thinner, higher-pitched, or nasal

2. Microphone & Recording Quality Matter

Microphones aren’t perfect:

• They pick up frequencies differently than human ears

• Cheaper microphones distort or flatten the voice

Software Compression:

• Voice gets processed, compressed, and sometimes auto-leveled

• This can remove natural dynamics of your voice (e.g., soft vs loud)

Live Example:

If you say: “Hello, how are you?”

• Through a mic → It might sound more metallic or sharp

• Through your head → It sounds warmer and deeper

Why Does It Matter?

• Singers & Podcasters train their ears to get used to recorded voice

• It helps with public speaking, video content, online teaching, etc.

How to Make Your Voice Sound Better in Recordings:

1. Use a better microphone (condenser mic or lapel mic)

2. Record in a quiet room

3. Use pop filter to avoid harsh “P” and “S” sounds

4. Add a little EQ: boost bass, reduce nasal mid-range (1k–2k Hz)

5. Practice speaking confidently and slowly

Summary:

If you want:

• A demo voice comparison (natural vs recorded)

• Tips to record better audio at home

• A YouTube script on “Why Does My Voice Sound So Weird?”

Let me know — I’ll prepare it for you!

How and Why Human Sound is change in Recorded

HUMAN PERCEPTION and REACTION TO SOUND