Discovering the Differences: Understanding the Two Types of Intelligence
Introduction
Being a smart human being is not just about excelling in academics, common sense, or life skills. Certain people are excellent at cracking mathematical problems and solving complex puzzles, while others are outstanding at reading the emotional pulse of a person. Both are intelligence, but they vary in their approach and orientation. This article aims at identifying the two types of intelligence, their disparities, and how they can augment and complement each other.
Bodily-Kinesthetic and Logical-Mathematical Intelligence
Howard Gardner’s theory on Multiple Intelligences stresses that intelligence cannot be gauged solely by IQ tests. In his belief system, intelligence is diversified, with eight distinct types of intelligence. Here, we’ll dwell on two of those types, which are vastly different from each other.
Bodily-Kinesthetic Intelligence
People with bodily-kinesthetic intelligence are natural athletes, actors, dancers, surgeons, or craftsmen. They exhibit exceptional coordination, physical agility, and a heightened sense of proprioception. These are individuals who perceive and express themselves through physical movement and action. Body mechanics come effortlessly to them, and they can perform tasks that require excellent manual or mechanical skills. They have a correlation between their minds and bodies, giving them greater body control and flexibility.
For example, legendary footballer Lionel Messi has well-developed bodily-kinesthetic intelligence. He has exceptional agility, speed, and reflexes and can move with grace and precision on the field.
Logical-Mathematical Intelligence
Logical-mathematical intelligence is the bread and butter of school-going children as well as working professionals. These are folks who excel in critical thinking, problem-solving, discerning patterns and relationships, and abstract reasoning. They are logical and methodical and enjoy numbers, sequences, and systems.
One of the quintessential examples of a person with strong logical-mathematical intelligence is Albert Einstein. He identified patterns and relationships in nature and developed theories to describe them mathematically, which earned him the Nobel Prize in Physics.
Differences between Bodily-Kinesthetic and Logical-Mathematical Intelligence
While it is evident that bodily-kinesthetic intelligence and logical-mathematical intelligence are different from each other, the variations are much more subtle and complex. Here are some of the disparities between the two:
Approach to Learning
Bodily-kinesthetic intelligence relies on experiential learning, where skills are acquired through practice, feedback, and experience. Logical-mathematical intelligence, on the other hand, is improvisational and more theoretical, with an emphasis on discovering underlying principles and applications.
Cognitive Processes
Bodily-kinesthetic intelligence draws on a combination of physical and cognitive processes, such as hand-eye coordination and spatial awareness. Logical-Mathematical intelligence depends more on abstract thinking, mathematical concepts, and logical reasoning.
Work Preferences
People with bodily-kinesthetic intelligence prefer jobs that require physical activity and manual dexterity. Logical-mathematical intelligence types go for jobs that demand abstract or quantitative reasoning, such as law, science, and engineering.
How Bodily-Kinesthetic and Logical-Mathematical Intelligence Complement Each Other
While the two types of intelligence may seem opposed, they can be highly complementary. When working together, they can enhance cognitive functioning and promote creativity and innovation. Here are a few examples of how they work in tandem:
Innovation
When working on an innovative idea or a project, understanding both bodily-kinesthetic intelligence and logical-mathematical intelligence is beneficial. This can lead to creative solutions that work both on a theoretical level and a practical level.
Problem-Solving
Combining bodily-kinesthetic intelligence and logical-mathematical intelligence can help solve complex problems by identifying the relationships between different variables while also determining the most efficient way to execute a task.
Learning Styles
Incorporating both types of intelligence into learning styles can benefit both kinesthetic and theoretical learners, leading to a more comprehensive understanding of the material.
Conclusion
The world we live in today prizes intelligence and intellectual capacity more than ever before. Therefore it becomes crucial to understand the different types of intelligence and how they can be leveraged. It is essential to realize that both kinds of intelligence are critical for the survival of human beings and that both have unique advantages. We must learn to embrace our differences and work together to create a brighter future.
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