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91Ó°ÊÓ

The ability of rats to learn how to run a maze is an example of cognitive learning. Describe what happens during cognitive learning. a. Cognitive learning is a type of learning that occurs early in an animal’s development when it learns to bond to an object or animal. b. Cognitive learning occurs when an animal learns to associate a stimulus with a behavior not normally associated with that stimulus. c. Cognitive learning occurs when an animal learns a behavior in response to a positive stimulus or negative stimulus. d. Cognitive learning is the most complex type of learning that involves multiple types of brain processes to carry out.

Short Answer

Expert verified
Option (d): Cognitive learning is the most complex type of learning that involves multiple brain processes.

Step by step solution

01

Identify Cognitive Learning

Cognitive learning involves mental processes such as perception, memory, and problem-solving. It allows animals to acquire, process, and use knowledge.
02

Analyze the Given Options

Read through each of the given options to understand what each says about cognitive learning.
03

Evaluate Option (a)

Option (a) describes bonding during early development. This is more related to imprinting rather than cognitive learning.
04

Evaluate Option (b)

Option (b) describes associating a stimulus with a behavior, which refers to associative learning, not cognitive learning.
05

Evaluate Option (c)

Option (c) indicates learning through positive and negative stimuli, outlining behavioral conditioning, which differs from cognitive learning.
06

Evaluate Option (d)

Option (d) states that cognitive learning is the most complex type involving multiple brain processes. This matches the characteristic of cognitive learning.
07

Select the Correct Answer

Based on the evaluation, the correct description of cognitive learning is provided in option (d).

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

memory processes
In cognitive learning, memory processes play a vital role. When an animal learns, it relies on its memory to retain information and recall past experiences. This involves different stages:
  • Encoding: Transforming sensory input into a form that can be stored in memory.
  • Storage: Maintaining encoded information over time.
  • Retrieval: Accessing stored information when needed.
In the example of a rat learning to run a maze, encoding would involve the rat observing the maze's layout. Storage occurs when the rat consolidates this layout in its brain. Retrieval happens each time the rat recalls the layout to navigate the maze successfully. Memory processes enable the animal to *learn* and *adapt* to new tasks over time.
problem-solving
Problem-solving is another critical aspect of cognitive learning. It refers to the ability to find solutions to challenges or obstacles. This involves several steps:
  • Identifying the problem: Recognizing there is an issue that needs solving.
  • Generating potential solutions: Thinking of different ways to overcome the problem.
  • Evaluating and selecting the best solution: Weighing the pros and cons of each potential solution, then choosing the most effective one.
  • Implementing the solution: Putting the chosen solution into action.
For instance, when a rat encounters a maze, it must figure out how to reach the end. It goes through trial and error, testing various routes until it finds the optimal path. This ability to *analyze* situations, *process information*, and *arrive at effective solutions* is a hallmark of cognitive learning.
perception in learning
Perception in learning is about how animals interpret and make sense of the world around them. It hinges on sensory input and the brain's ability to process this information accurately. Key elements include:
  • Observation: Gathering information through senses like sight, hearing, and smell.
  • Interpretation: Making sense of the sensory input to form a coherent picture.
  • Response: Reacting based on the interpretation.
In learning how to run a maze, a rat uses its perception to detect the walls and passages through sight and touch. It observes the environment, interprets the spatial relations, and adjusts its movements to navigate correctly. The ongoing use of *senses* in conjunction with brain processes ensures the animal can continually adapt and improve its approach, demonstrating the integral role of perception in learning.

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