Answer:
See explanation below.
Explanation:
Conditioning learning is an style of learning where a conditioned stimulus is associated with an unconditioned stimulus and they produce a conditioned behavioral response.
(1) In this learning, at first, the unconditioned stimulus (UCS) is an stimulus that produces a response by itself in a natural way, thus, the UCS acts as a naturally occurring trigger that leads to a natural response.
(2) This natural response that the UCS triggers is called the unconditioned response (UCR), thus, the UCR is a natural response to the unconditioned stimulus.
(3) The conditioned stimulus (CS) is what comes next in the process, and this is an stimulus that does not create a response on its own but when it's paired with the UCS, and after some repetitions, it creates a response which is learned. Thus, the CS is an stimulus that becomes able to produce a learned response by being paired with the original unconditioned stimulus.
(4) This conditionally learned response that was learned because of said pairing is called conditional response (CR), thus the CR is a learned response to a conditioned stimulus.
(5) We said in paragraph (3) that the conditioned stimulus did not create a response on its own but once it's paired with the UCS it creates a learned behavior.
Well, originally, the CS can be considered a neutral stimulus (NS), a neutral stimulus is one stimulus that doesn't have an effect on what we are trying to make the subject learn but that with time, repetitions and pairing with UCS, transforms into the conditioned stimulus. Thus the NS is an stimulus that has no effect on the desired response, but gains its power through the pairing with the UCS. It eventually becomes known as the CS.
True, police are allowed to withhold the identity of an informant from defense in a trial, informats are protected by the law and the police departments, sometimes they are placed in situations just to find out any information related to a case, and colaborate with the securities bodies, if the law didn´t protect their anonymity, they probably would not do it, affecting the good performance of the police.
Verbal communication refers to the words and nonverbal methods a person uses to communicate ideas.
<h3>
What is verbal communication?</h3>
Verbal communication is a sort of oral communication in which the message is communicated by speaking the words out loud. Here, the sender verbalizes his emotions, ideas, and viewpoints in the form of speeches, dialogues, presentations, and conversations.
The speaker's tone, voice clarity, loudness, pace, body language, and the caliber of the words used in the conversation all affect how well they communicate verbally. Since the message is simultaneously sent and received by the sender and recipient in the case of vocal communication, the response is immediate.
The speaker must maintain a loud, clear voice that is heard to everyone, and the topic must be chosen with the target audience in mind. To make sure the communication is received exactly as intended, the sender should always double-check with the recipient. Such communication is more prone to mistakes since words may not always be enough to convey a person's thoughts and feelings.
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Answer:
damages
Explanation:
Based on the information provided it can be said that In the U.S. legal system, Sarah's remedy will most likely be in the form of damages. This term refers money given to the individual due to injury to a person, property, or reputation from an accident. Which is what Sarah will most likely get after winning the lawsuit due to injuries she sustained in a car accident.
The range of values (expressed in decimal) that each color channel can have are given below.
<h3>
What is the explanation?</h3>
Each level is represented by a decimal number between 0 and 255 (256 levels for each color), which is comparable to a binary number between 00000000 and 11111111 or the hexadecimal values 00 to FF.
Red pixels would have an RGB value of (255, 0, 0), green pixels would have an RGB value of (0, 255, 0), and blue pixels would have an RGB value of (0, 0, 255). White is represented by the RGB value (255, 255, 255), whereas black is represented by (0, 0, 0). The three color components' RGB values can be changed to produce a variety of colors that the eye can see.
The main hues of light—red, green, and blue—are added in various ways in the additive color model known as the RGB.
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