Question

Directions: Students will be instructed to pick a topic from another class and create an organizer. You will then Write a short paragraph explaining how it helped you understand that subject content. write 4 names of a process in biology then write a paragraph.

Answer 1

Organizer (topic from another class — History: Causes of World War II)
- Central question: What combination of long-term and immediate factors led to World War II?
- Long-term causes: Treaty of Versailles, economic instability (Great Depression), rise of totalitarian regimes (Germany, Italy, Japan)
- Immediate causes: German expansion (invasion of Poland), failure of appeasement, alliances forming
- Key events timeline: 1931–Japanese expansion; 1936–Spanish Civil War; 1938–Anschluss and Munich Agreement; 1939–Invasion of Poland
- Outcomes/impacts: worldwide conflict, changes in borders, United Nations formation, shifts in global power
- Sources/evidence: primary documents (Treaty of Versailles text), speeches (Hitler, Churchill), economic data, maps

Short paragraph on how the organizer helped me understand the subject:
Creating this organizer made it easier to separate long-term structural causes from immediate triggers and to see how political, economic, and diplomatic factors interacted. Laying events out in a timeline clarified the sequence that led from tensions to open war, and listing sources reminded me what evidence supports each point. Overall the organizer turned a lot of facts into a clearer, cause-and-effect picture.

Four processes in biology
- Photosynthesis
- Cellular respiration
- Mitosis
- Meiosis

Paragraph about the four biological processes:
Photosynthesis and cellular respiration are complementary energy processes: photosynthesis (in plants, algae, and some bacteria) converts light energy into chemical energy stored as glucose, while cellular respiration (in nearly all organisms) breaks down glucose to release ATP for cellular work. Mitosis and meiosis are types of cell division: mitosis produces genetically identical daughter cells for growth and tissue repair, whereas meiosis produces genetically diverse gametes (sperm and eggs) with half the chromosome number for sexual reproduction. Together these processes explain how organisms obtain and use energy and how they grow, repair tissues, and reproduce.