Hi, I really need some help with the anwsers to the First one, having hard time, maybe some help plz?
What are the characteristics of scientific thinking and investigating?
Why is science literacy important?
What skills and tools do scientists use?
Why is the use of the inquiry process (or scientific method) a practical way to approach science?
Why is science a continuous progression of study?
Why are scientific theories modified, but seldom discarded?
How has science and technology influenced everyday life?
Of course, I'd be happy to help! Let's break down each question and provide explanations on how to find the answers:
1. What are the characteristics of scientific thinking and investigating?
To answer this question, you can begin by searching for scientific methods or principles of scientific investigation. Look for credible sources such as scientific journals, textbooks, or educational websites that discuss the fundamental characteristics of scientific thinking, such as empiricism (relying on evidence and observation), skepticism (questioning and challenging assumptions), objectivity (remaining unbiased), and logical reasoning.
2. Why is science literacy important?
To understand the importance of science literacy, you can explore the impacts of scientific knowledge on society and decision-making. Look for scientific literacy campaigns, articles, or reports published by reputable organizations. These sources can highlight how scientific literacy enables individuals to make informed choices, engage in public dialogue, and contribute to scientific advancements.
3. What skills and tools do scientists use?
To answer this question, research the skills and tools commonly used by scientists in different fields. Start by looking at resources like scientific career guides, job descriptions, and educational websites. Identify the skills like critical thinking, data analysis, experimental design, and teamwork, as well as common tools such as microscopes, spectrometers, computer software, or laboratory equipment.
4. Why is the use of the inquiry process (or scientific method) a practical way to approach science?
To understand why the inquiry process or scientific method is practical, research the principles and benefits of this approach. Look for educational articles or textbooks that explain the scientific method, including its steps (observation, question, hypothesis, experiment, analysis, conclusion). Explore how this process promotes systematic and structured investigation, encourages objectivity, and helps organize scientific knowledge.
5. Why is science a continuous progression of study?
Search for resources that discuss the nature of scientific progress and advancement. Look for information about how new discoveries build upon existing knowledge in scientific fields. Research scientific advancements, theories, and the concept of peer-reviewed research. This will help you understand how science is an ongoing process of learning, testing, and refinement.
6. Why are scientific theories modified, but seldom discarded?
Explore the concept of scientific theories and how they evolve over time. Look for resources that explain why modification and revision are more common than complete abandonment of scientific theories. Investigate examples of theories that have been modified to accommodate new evidence or observations. This will help you grasp the concept of scientific consensus and how theories are refined based on accumulating evidence.
7. How has science and technology influenced everyday life?
Research the applications of science and technology in everyday life by exploring various fields, such as medicine, transportation, communication, or entertainment. Look for articles, reports, or case studies that discuss the impact of scientific and technological advancements on society. Consider advancements like vaccines, transportation systems, smartphones, or renewable energy. This will give you insights into how science and technology shape our daily lives.
Remember to assess the credibility and reliability of the sources you find, and cross-reference information from multiple sources to ensure accuracy.