Biology is the study of living organisms and their behaviors, anatomy, and physiology. In addition, living organisms are characterized by their cellular structure, and their ability to grow, reproduce, evolve, metabolize, and maintain homeostasis. Each part of what makes an organism itself is intimately connected to each of its other features. Throughout my study of biology this semester, I learned about these relationships and decided they could be best represented through a concept map. To optimize clarity and demonstrate my understanding of the topics, I used a detailed system of colors, shapes, and connections to create the concept map. The colors used on the concept map each correspond to a specific unit or a group of units, and the tints and hues of that color show different parts of the same unit. The clearest example of how I used shades of the same color to show similarities is through the assignment of the colors blue and grey to units two and three respectively. Because unit two’s topic of biochemistry is so broad, including biomolecules, atoms, bonding, cellular …show more content…
This step is, perhaps, the most important in creating a concept map, because although the different colors show relationships between entire units, concept maps are based of the individual topics and examples they are made up of. To find the words to connect, I looked through my notebook unit by unit and over the Quizlet sets I made throughout the year to determine which key points are the most important. Once I had a rough vocabulary list in mind, I began to organize the words by unit first and then by examining how the concept fit into other units. For example, “ATP” fuels cell processes, including cell division and metabolism. So, when I first created a rounded rectangle for ATP, I had to consider what other concepts would be linked directly to it to decide where I should place
Concepts Development - "Pointing to named body parts, name or identifying colors, rote counting, counting blocks, positioning blocks, and sorting shapes" (Gregory, 2013, p.263).
When it came to designing the concept map, each member of my group had great insight and contribution to what would be included in the map in a healthy, upbuilding, cooperative, way. This came easily when we opened our mind to the fact that both the building of the robot, and the robot itself could be used by students to enhance learning through
The teacher first poses a question to the students, such as ‘How do we study cellular structures?’, activating the engagement stage of the bscs learning model. Once the topic has been broached, the teacher will
Looking through a light microscope at a cell undergoing division, you see that the condensed
How can the way in which we organise our thinking by using mental images, concepts and schemas help us improve our memory?
Begin your study of biology this year by reading Chapter 1. It will serve as a reminder about biological concepts
Ask students about things, places or events that connect to these terms in some way. Have students give a few examples. Write their examples on the board, so students can begin to see how the CD word map will develop.
1. Adaptations- Characteristics that are passed down from parent to child that increases the organism's chance of survival and reproduction in their environment.
8. What is the purpose of taxonomy? How is it used in biology? [see Taxonomy]
10. Study Figure 1.22, which shows an evolutionary “tree.” What is indicated by twig? What do the branch points represent? Where did the “common ancestor” of the Galápagos finches originate?
Biology is the science in which one discovers and learns about living organisms and their counterparts. The study of biology, especially physiology, allows for humans to learn about themselves, and how their system works. In order to expand my knowledge and succeed in becoming a doctor, I will have to spend a lot of time dissecting and participating in biological tasks. This will allow for me to become familiar
According to McEwen & Wills (2011), concept analysis is an approach to clarify and define terms so that writers and readers have a common language. The process of a concept analysis is to:
My life can be divided into two segments. The first part I lived with my family and Mexico City, the second part started when I moved to Austin in the start of college. The live that I lived in each of the sections has been different from the activities that I took part in, all the way to what kind of location those activities occurred. In this paper I will explain the two mental maps that I created. For each map I will compare and contrast the Landmarks, nodes, edges, paths, and edges in each of the sections of my life and why they are relevant to me.
Application: Schema Theory’s application in the learning environment can be seen in a variety of ways in the learning environment. Schema Theory relies heavily on building connections to prior learning. Therefore, it is crucial to employ teaching to expand learner’s general knowledge and concepts in order to provide a base for schematic connections. Teachers can be seen reminding students of what they already know in order to build on previous knowledge and help make connections to new ideas. However, teachers must understand that not all learner’s schemata are the same.
Here our focus is on Concept Development. Concept Development looks at the ways teachers use instructional discussions to promote children’s higher-order thinking skills and cognition rather than using rote instruction and recall of facts. One-way is to ask how and why questions as a way to help the children gain a deeper understanding of concepts and develop thinking skills. In this video, the children are comparing bugs and animals. You encourage the children to think about the differences by asking, “Why do you think this is an animal?” This question encourages the children to use their critical thinking skills.