what are the two basic characteristics of a simple harmonic motion?
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Body must have acceleration in a direction opposite to the displacement and the acceleration must be directly proportional to displacement. The system must have inertia (mass). SHM is a type of oscillatory motion. It is a particular case of preodic motion.
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Since sound is a wave, we can relate the properties of sound to the properties of a wave. The basic properties of sound are: pitch, loudness and tone. Figure 10.2: Pitch and loudness of sound. Sound B has a lower pitch (lower frequency) than Sound A and is softer (smaller amplitude) than Sound C.
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['Amplitude. The maximum displacement of a vibrating particle from its mean or equilibrium position is called its amplitude.', 'Time period. ... ', 'Frequency. ... ', 'Characteristics of Sound. ... ', 'Loudness. ... ', 'Pitch. ... ', 'Audible sound. ... ', 'Infrasonic sounds.']
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['These are a result of vibrations between a magnetic field and an electric field.', 'The electric field and the magnetic field are perpendicular to each other and they also happen to be perpendicular to the electromagnetic wave.', 'They have a constant velocity in the air which is 3*10^8 m/s.']
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Harmonic motion would just be any motion that is periodic. For example, motion following a kind of square wave would be harmonic. Simple harmonic motion is motion that is specifically sinusoidal; that is, it can be described by a sine wave.
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['They have zero mass and rest energy. ... ', 'They are elementary particles despite lacking rest mass.', 'They have no electric charge.', 'They are stable.', 'They are spin-1 particles which makes them bosons.', 'They carry energy and momentum which are dependent on the frequency.']
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Waves can be broadly separated into pulses and periodic waves. A pulse is a single disturbance while a periodic wave is a continually oscillating motion. There is a close connection between simple harmonic motion and periodic waves; in most periodic waves, the particles in the medium experience simple harmonic motion.
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Sinusoidal Amplitude, Frequency, and Phase The three characteristics that separate one sinusoid from another are amplitude, frequency, and phase. Amplitude specifies the maximum distance between the horizontal axis and the vertical position of the waveform.
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There are three measurable properties of wave motion: amplitude, wavelength, and frequency. A definitive experiment was Young's double slit experiment, which demonstrated that light shined at two slits in a screen show an interference pattern characteristic of waves of light, rather than particles.
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Uniform Circular Motion is… Motion in a circle at a constant velocity. ... Simple Harmonic Motion is… a repeated motion of the same strength (amplitude).
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Two simple harmonic motions are represented by the equations `y_(1) = 10 sin(3pit + pi//4) and y_(2) = 5(sin 3pit + sqrt(3)cos 3pit)` their amplitude are in the ratio of . Doubtnut provides Cengage BM Sharma Physics Solutions for NEET and IIT-JEE aspirants.
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['Frequency, or its inverse, wavelength.', 'Amplitude, sound pressure or Intensity.', 'Speed of sound.', 'Direction.']
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The basic properties (parts) of a wave include: frequency, amplitude, wavelength and speed. Frequency is a measure of how many waves pass a point in a certain amount of time. The higher the frequency, the closer the waves are together and the greater the energy carried by the waves will be.
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['Surface on which the object is moved or the nature of the surface. i.e., rough surface, smooth surface, liquids etc.', 'The weight of the object or the amount of force on the surface by the object.']
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They include amplitude, frequency, period, wavelength, speed, and phase. Each of these properties is described in more detail below. When drawing a wave or looking at a wave on a graph, we draw the wave as a snapshot in time.
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['Ambient temperature.', 'Oil resistance.', 'Ozone resistance.', 'Static conductivity.', 'Power capacity.', 'Pulsation or shock loading.', 'Small sheave diameters.', 'Backside idlers.']
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The basic properties of sound are: pitch, loudness and tone. Figure 10.2: Pitch and loudness of sound. Sound B has a lower pitch (lower frequency) than Sound A and is softer (smaller amplitude) than Sound C.