Virtual reality technology has matured with the rapid development of science and technology. It is applied to teaching mode, which converts blunt 2D pictures into 3D models, and embeds interactive animations to assist students in the study of basic biology, showing cell division The process and genetic rules provide a realistic learning environment, effectively arouse students’ learning motivation and achieve good learning results. Learners only need to use mobile vehicles and wireless networks with a cardboard to learn independently, without being restricted by time and space, increasing convenience and real-time.
In the final interactive exercise, in addition to using question and answer methods to measure the effectiveness of students' learning through virtual reality textbooks, they can give immediate feedback on the results. In addition to being able to use it during class time, students can also cross the limitations of time and space, watching and learning repeatedly through mobile devices, increasing the convenience and immediacy of learning.
"Cell Division, Meiosis and Biological Inheritance" consists of three major units:
※ Cell division
The virtual reality (VR) textbook presents the process of cell division, so that students can understand the changes in the state and number of chromosomes, so that students can understand the difference between cell division and meiosis, and they can understand chromosomes in the process of general cell division. Changes in type and number.
※ Meiosis
Guide students through 3D virtual reality textbooks to provide a more realistic situation, and be able to distinguish the difference between homologous chromosomes and duplicate chromosomes, changes in sets and logarithms, and meaning during meiosis.
※ Biological inheritance
Students can experience Mendel’s pea experiment process and other knowledge through virtual reality (VR) textbooks, discover the two laws Mendel discovered in genetics, and learn to use checkerboards to calculate the proportion of offspring traits.
Instructions:
1. Follow the instructions to assemble the cardboard
2. Place the smartphone horizontally and tap the APP button to turn on VR.
3. Install the smartphone with the APP open on the cardboard horizontally.
4. You can use it after putting on the carboard.
5. Use the crosshair to align the button to read and operate.
In the final interactive exercise, in addition to using question and answer methods to measure the effectiveness of students' learning through virtual reality textbooks, they can give immediate feedback on the results. In addition to being able to use it during class time, students can also cross the limitations of time and space, watching and learning repeatedly through mobile devices, increasing the convenience and immediacy of learning.
"Cell Division, Meiosis and Biological Inheritance" consists of three major units:
※ Cell division
The virtual reality (VR) textbook presents the process of cell division, so that students can understand the changes in the state and number of chromosomes, so that students can understand the difference between cell division and meiosis, and they can understand chromosomes in the process of general cell division. Changes in type and number.
※ Meiosis
Guide students through 3D virtual reality textbooks to provide a more realistic situation, and be able to distinguish the difference between homologous chromosomes and duplicate chromosomes, changes in sets and logarithms, and meaning during meiosis.
※ Biological inheritance
Students can experience Mendel’s pea experiment process and other knowledge through virtual reality (VR) textbooks, discover the two laws Mendel discovered in genetics, and learn to use checkerboards to calculate the proportion of offspring traits.
Instructions:
1. Follow the instructions to assemble the cardboard
2. Place the smartphone horizontally and tap the APP button to turn on VR.
3. Install the smartphone with the APP open on the cardboard horizontally.
4. You can use it after putting on the carboard.
5. Use the crosshair to align the button to read and operate.
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