Yes, Classical/Pavlovian Conditioning or Operant conditioning. However there are boundary conditions and biological constraints that limit the "tricks" - they cannot go against instinctive behaviors.
Master Hugh's wife undergoes a learning process
Classical conditioning is a learning process that occurs through associations between an environmental stimulus and a naturally occurring stimulus. In Pavlov's experiment the tone of a bell was the natural stimulus, and it caused salivating in response to food. Eventually the tone of the bell would produce salivating.
Capture and Conditioning, Middle Passage, Seasoning Process
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Conditioning sheets of hardboard before fixing helps to acclimate the material to the environment where it will be used, reducing the risk of warping or splitting due to moisture absorption or loss. This process ensures that the hardboard reaches an equilibrium moisture content, which enhances its stability and performance. Proper conditioning also allows for better adhesion when fixed, resulting in a more durable and reliable installation.
conditioning is very low form of learning u can compare it with subconscious training
One process that plants perform that animals do not is photosynthesis.
, the alternation of behaviour as a result of individual experience. When an organism can perceive and change its behaviour, it is said to learn. The animal can learn seems to go without saying
The disadvantages of classical conditioning: 1. It is a completely physical process, learning is not important here. 2. It is a temporary learning process. 3. All classically conditioned responses must involve a reflex 4. Therefore, what can be learned is limited 5. So, how do animals and humans learns things that are not associated with reflexes? CW: I disagree with#1 -- it's learning. I disagree with #2, it's as permanent as other learning. I agree with#3 -- classical conditioning involves an innate process. I agree with #4, but that is not limited to Classical Conditioning. #5: Instrumental conditioning is one way, and higher-order associative learning works. The main disadvantage is that you use existing reflexes (Primary Classical Conditioning). Therefore, it would be difficult to teach a rat to detect explosive vapors using classical conditioning.
conditioning
Classical conditioning helps animals and people to learn associations between stimuli and responses, allowing for quicker and more efficient learning of important behaviors. This process can help in adapting to new environments, predicting future events, and forming habits or behaviors.
Both classical and operant conditioning are forms of associative learning, where behavior is influenced through the process of forming associations between stimuli and responses. In classical conditioning, the association is between two stimuli, while in operant conditioning, the association is between a behavior and its consequence.
The natural human conditioning process refers to how individuals learn and adapt to their environment through experiences and interactions. This process involves forming associations between stimuli and responses, which can influence behavior and decision-making. Conditioning can be both classical (associating stimuli with automatic responses) and operant (learning through consequences of actions).
This scenario represents operant conditioning. The lion is learning to perform specific behaviors (standing on a chair, jumping through a hoop) in response to a reward (food treat). This process involves the animal associating its actions with a consequence (receiving the treat), which is a key aspect of operant conditioning.
"some of these [experiments on semantic conditioning] , for example, study the generaliaztion from objective stimuli to the verbal equivalents ( or study the equivalence of one word to another as conditioned stimuli)." -hilgard theories of learning
Learning-http://www.answers.com/topic/knowledgeBehavioral modification especially through experience or conditioning.
No, animals do not perform photosynthesis. Photosynthesis is a process carried out by plants, algae, and some bacteria to convert sunlight into energy, while animals obtain energy by consuming other organisms or organic matter.