Shadow and Light Investigation Reflection

I really like scientific research about the shadows and light of this week. In my experience, this scientific research does not look like a science course I participated in K - 14 education. Generally, my science curriculum focuses on memory rather than exploration. In my elementary school science class, I remember scientific concepts, finding words in vocabulary, writing reports, reading questions and answering questions in books. In addition, we have a scientific journal, we have to read the article and fill in the answer.

In science, students explore the importance of light sources and light. They studied ways to make shadows and used mirrors to redirect beams to observe reflections. They write and execute short plays to explain their understanding of the interaction between light and matter. (W.1.2, W.1.8, Scientific standard) For details, see "Light and shadow", Massachusetts model module. Students will learn about journalist work and print news and news coverage of online news. They learn to read, analyze and evaluate stories' news coverage models, and use their knowledge gained from models to write their own news stories. (W.2.1, W.2.3) For details, see "Newspaper Reports", Massachusetts model module.

Massachusetts English Arts and Culture Curriculum Framework, Public Comment Draft, November 29, 2016 3

The shadow of the moon is complicated by reflected light, uneven ground, distortion of wide angle lens, and dust of the moon. There are sun, reflected light from the earth, reflected light from the lunar surface, reflected light from the astronaut and lunar module. Light from these light sources is scattered in various directions including shadows by moon dust. The shadows falling on craters and hills may appear longer, shorter, and more distorted. In addition, the shadow shows the characteristics of the vanishing point perspective and converges to a point on the horizontal line.

Reflected light creates light and shadows, which makes the building feel a sense of space, making light hard to refract from the eyes and create a sense of space. Changes in the intensity of the light produced by the reflected light can produce spatial depth changes. The image incorporates natural light into the room through various optical ports. The use of glass materials creates light intensity intensity and creates a harmonious unified light and shadow ecological environment.

Light and shadow are indispensable for architectural design. Combining light and shadow perfectly makes building space more flexible and light of other expressions becomes shadow From this picture you can see that light and shadow can adjust and change the ratio of building. Various shadows are generated by direct light such as points and lines. Points help focus, lines often have visual orientation, and straight lines give sense of direction. Depending on the combination of points and lines, buildings can have different aesthetic ratios. This creates a harmonious unified light and shadow ecological environment.