Free Printable Understanding Acoustics in Architecture

Worksheets

Understanding Acoustics in Architecture

Total questions: 25

Worksheet time: 13mins

Name

Class

Date

When you say acoustics, what comes into your mind?

Light and its behavior.

The study of silence and stillness.

Color theory and its applications.

Sound and its properties.

What are the properties of sounds and how can it be generated?

The properties of sounds include frequency, amplitude, wavelength, and speed. Sounds can be generated by vibrating objects.

Sounds are only produced by electronic devices.

The properties of sound include color and texture.

Sounds cannot travel through water.

How is sound created?

Sound is produced by chemical reactions in the air.

Sound is created by vibrations that produce pressure waves in a medium.

Sound is generated by electrical impulses in the brain.

Sound is created by light waves.

What is the significance of architectural acoustics?

Architectural acoustics is only important for aesthetic purposes.

It focuses solely on the visual design of buildings.

Architectural acoustics is irrelevant in modern construction.

Architectural acoustics is essential for optimizing sound quality and reducing noise in built environments.

What are the three characteristics of audible sound?

Echo, resonance, clarity

Pitch, volume, duration

Noise level, tone, speed

Frequency, amplitude, waveform

What is the aim of sound absorption?

To eliminate all sound in a space.

To amplify sound and increase volume.

To reduce sound reflection and improve sound clarity.

To enhance sound reflection and create echoes.

What is diffusion in acoustics?

Diffusion in acoustics is the scattering of sound waves to create a more uniform sound field.

Diffusion in acoustics is the direct transmission of sound waves without scattering.

Diffusion in acoustics refers to the amplification of sound waves.

Diffusion in acoustics is the absorption of sound waves.

What happens during diffraction of sound?

Sound waves only reflect off surfaces without bending.

Sound waves bend and spread out when they encounter obstacles or openings.

Sound waves are absorbed completely by obstacles.

Sound waves travel in a straight line without any change.

What is the role of transmission in sound propagation?

Transmission absorbs sound waves, preventing propagation.

Transmission only occurs in vacuum, not in solids or liquids.

Transmission is unrelated to the speed of sound in different mediums.

Transmission allows sound waves to travel through various mediums, facilitating sound propagation.

10.

Who is the father of Architectural Acoustics?

Frank Lloyd Wright

Le Corbusier

Louis Kahn

Wallace Clement Sabine

11.

This is the study of sound

Spectrogram

Waves

Acoustics

Speech Sciences

12.

This is defined as the number of vibratory cycles per second

Pitch

Frequency

Intensity

Voice

13.

This is the unit of equal loudness

Phoneme

Phone

Phon

Loudness

14.

What is a "medium" in Physics

When the sound wave goes in between two things

The material a wave travels through

A repeating disturbance that transfers energy over a distance

When air particles vibrate

15.

Which of the following is a "medium" for sound waves?

Compression

Rarefaction

Air

Steel

16.

Which medium will sound travel through the fastest?

Air

Metal

Water

Space

17.

Fill in the blank: Sound Waves travel fastest through solids because the atoms are ___________ compared to atoms in liquids and gases

Closer together

Farther apart

Harder

Smaller

18.

Which graph has a longer wavelength?

Top graph

Bottom graph

Same wavelength

19.

What is "frequency"?

Number of times wave repeats in image

Number of times wave repeats in 1 second

Length of one wave

How often the wave happens

20.

Soft surfaces, such as textiles, and bath insulation, tend to _______ sound waves, preventing them from further motion

transmit

reflect

diffract

absorb

21.

Vibration is not heard as much as felt, due to its _______frequency

very high

very low

extremely low

extremely high

22.

When a sound wave travels through air,

the air particles

vibrate along the direction of the wave

motion

vibrate but not in any fixed direction

vibrate perpendicular to the direction of the wave motion

do not vibrate

23.

The frequency, which is audible to the

human ear is

50 kHz

20 kHz

15000 kHz

10000 kHz

24.

The sound waves are reflected from an

obstacle into the same medium from

which they were incident. Which of the

following changes?

speed

frequency

wavelength

none of these

25.

The velocity of sound is independent of

temperature.

True

False

Reset

Understanding Acoustics in Architecture

Total questions: 25

Worksheet time: 13mins

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