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How do the brain and ear work together to process sound waves?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
What is the relationship between waves, energy and matter?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
What are the two ways in which wave behavior can be described?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
How do the lungs vocal cords, and larynx work together to produce sound?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
Through which state of matter do sound waves travel the fastest and why?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
Which characteristics of a sound wave determine its pitch and loudness?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
What determines whether light is absorbed or reflected by an object?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
How are differences of wavelength perceived on the electromagnetic spectrum?
by how fast the wave spreads, and the distance between the peaks of waves (wavelength
its frequency and amplitude
Nearly all waves transmit energy and move through matter.
The ear receives vibrations as sound waves which are converted to signals that are processed by the brain
as differences of color
through solids, because the particles of a solid are close together making it easy for the sound to bridge across
lungs produce air pressure vibrating vocal cords which chop up airflow into audible pulses projected by the larynx
The properties of the object and the angle and type of light when it hits the object
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