Question

the illustration shows the upper right section of the periodic table. write a paragraph explaining the different colore on the illustration. explain in detail what a metal, metalloid, and nonmetals are using vocabulary words found in this module.
science paragraph writing instructions
objective: write a well - structured paragraph explaining a scientific concept, process, or phenomenon.
instructions:
1 choose a topic: pick a science - related topic (e.g., photosynthesis, newtons laws, the water cycle, dna replication)
2 start with a topic sentence: clearly state the main idea of your paragraph.
3 provide supporting details: explain the concept with key facts, examples, or a brief step - by - step process.
4 use scientific vocabulary: include accurate scientific terms to demonstrate understanding.
5 conclude effectively: summarize the main idea or explain its real - world relevance.
6 check for clarity and accuracy: ensure that your paragraph is well - organized, clear, and scientifically correct.
example paragraph:
photosynthesis is the process by which plants convert sunlight into energy. this process occurs in the chloroplasts of plant cells. during photosynthesis, plants take in carbon dioxide and water and use sunlight to convert them into glucose and oxygen. this reaction provides the necessary energy for plant growth and releases oxygen into the atmosphere, which is essential for life on earth. without photosynthesis, the food chain would collapse and oxygen levels would decrease. now you will write your own paragraph about the illustration below.

Explanation:

The task is to write a science - related paragraph. The key steps are: choosing a topic (e.g., the properties of metals, metalloids, and non - metals as per the illustration), starting with a topic sentence (e.g., "The upper right section of the periodic table contains metals, metalloids, and non - metals, each with distinct properties"), providing supporting details (explaining the characteristics of each category like conductivity for metals, intermediate properties for metalloids, and non - conductivity for non - metals), using scientific vocabulary (such as "valence electrons", "conductivity", "brittleness"), concluding effectively (summarizing their importance in different applications), and checking for clarity and accuracy.

Answer:

Metals, metalloids, and non - metals in the upper right of the periodic table have unique traits. Metals, like copper, are good conductors of heat and electricity due to their free - moving valence electrons. Metalloids, such as silicon, have properties intermediate between metals and non - metals; they can conduct electricity under certain conditions (semiconductors). Non - metals, like sulfur, are poor conductors and often brittle. These elements play crucial roles: metals in construction and electronics, metalloids in the semiconductor industry for devices like computers, and non - metals in compounds for various chemical reactions. Understanding their properties helps in material selection for different scientific and industrial applications.