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results from a complex analysis of all available evidence. :)
What else can I help you with?
When An oversimplification differs from a sound generalization because?
more factors
How does the speed of sound change in a vacuum?
sound can not be in a vacuum because a vacuum has no air. Sound needs a medium to travel though. :)
What is sound in physics?
Sound is a form of Energy that creates a sensation of hearing in our ears . Sound is produced by Vibration that is contraction and expansion of the Sound Particles . We can see this at our home speakers the Vibration . Sound in physics is produced by vibrations which carry energy across a medium such as the air. As you talk, the air in your mouth is pushed and vibrates air molecules in front of the air molecules in your mouth to transfer the energy/sound waves. This keeps happening until the sound reaches, say, another person. Inherently, the sound as you go farther away decreases because you lose energy because the world is not ideal in a physics-sense. Sound differs based on amplitude and frequency. High frequency corresponds to high pitch as does low frequency to low pitch. High amplitude corresponds to loud sound as does low amplitude to low sound.
The amplitude of a sound wave increases. What happens to the sound?
If the amplitude of a sound wave increases, the sound will become louder. This is because amplitude directly correlates with the intensity or volume of the sound.
Why does sound travel at different speeds?
Sound travels at different speeds depending on the medium through which it is traveling. Sound travels fastest through solids because the molecules in solids are closely packed and can transmit vibrations quickly. In liquids, sound travels at an intermediate speed, while in gases, sound travels slowest because the molecules are more spread out.
What is a major difference between a sound generalization and an oversimplification?
a sound generalization considers more factors than an oversimplification
What is a major difference between a sound generalization in an oversimplification?
A sound generalization considers more factors than an oversimplification.
When An oversimplification differs from a sound generalization because?
more factors
When a dog has been classically conditioned to salivate in response to the sound of middle c on a piano and then salivates when someone plays the d by mistake has occurred?
This is an example of generalization in classical conditioning. The dog has associated the sound of middle C with food (conditioned stimulus) and now also responds similarly to a slightly different sound (generalization).
What does the sound wave for 'I love you' look like?
It differs depending on who is saying it.
Give an example of an hasty generalization?
Hasty generalizations are often typified by exaggeration and poor preparation. Thus, one example of a hasty generalization may be "everyone knows what generalizations are." While a hasty generalization may sound accurate at first, a cursory fact check can quickly disprove it.
What is the difference between stimulus generalization and response generalization?
Stimulus generalization occurs when a response is triggered by stimuli that are similar to the original conditioned stimulus, while response generalization involves the production of different responses to the same stimulus. For example, if a dog learns to sit when hearing a bell, it may also sit when hearing a similar sound (stimulus generalization). In contrast, if the dog learns to sit and then also learns to lie down in response to the same bell, that would be an example of response generalization. Essentially, stimulus generalization is about the stimuli that evoke a response, while response generalization is about the variety of responses elicited by the same stimulus.
Identify two ways in which nonverbal communication differs from verbal communication?
-No Sound -A bit confuzing
Does bath have a long a sound?
No. The A has a short A sound, although it differs slightly from the A in bat, similar to the A in "cash."
What is the difference between loudness and sound pressure levels?
The loudness cannot be measured, because it is a personal psycho acoustic perception, and differs with each listener. The sound pressure level, a physical phenomena, can be measured by a SPL meter. See related link.
How do sound differ from one another?
it differs by the vibrations
Tell us how the quality of the experiment differs with circular glasses as opposed to straight-sided glasses?
the sound each glass makes
