Quiz LibraryThe Scientific Method: Crash Course Biology #2
Created from Youtube video: https://www.youtube.com/watch?v=xOLcZMw0hd4video
Concepts covered:scientific method, hypothesis testing, peer review, scientific theories, models
The video explains the scientific method, emphasizing its cyclical nature and the importance of collaboration among scientists. It also highlights how scientific theories and laws are developed through rigorous testing and peer review, and the role of models in understanding complex concepts.
Table of Contents1.The Essence of Scientific Inquiry2.The Collaborative Nature of Scientific Progress3.The Collaborative and Interdisciplinary Nature of Science
chapter
1
The Essence of Scientific Inquiry
Concepts covered:curiosity, scientific method, collaboration, hypotheses, observations
This chapter explores the essence of science, emphasizing curiosity and the importance of questions in driving scientific inquiry. It highlights the scientific method's iterative nature and the collaborative efforts of scientists throughout history to understand the natural world.
Question 1
Scientific method always follows a linear path.
Question 2
How does the scientific process progress?
Question 3
The scientific method involves making observations and _____ ideas with evidence.
Question 4
CASE STUDY: A chemist is exploring why certain chemicals react explosively under high pressure.
All of the following are correct steps except...
Question 5
CASE STUDY: A physicist is examining the properties of a newly discovered subatomic particle.
Select two correct steps out of the following...
chapter
2
The Collaborative Nature of Scientific Progress
Concepts covered:collaborative effort, scientific theories, peer review, data literacy, innovative problem-solving
Science is a collaborative effort where teams of scientists build on each other's work, contributing to a collective pool of knowledge. Scientific theories and laws are established through rigorous testing, peer review, and high data literacy, with collaboration and innovative problem-solving playing crucial roles in scientific advancements.
Question 6
Models are used to test and understand scientific ideas.
Question 7
Why do scientists use models?
Question 8
Scientists use _____ to try multiple ways of testing and understanding ideas.
Question 9
CASE STUDY: A group of scientists has developed a model to predict the spread of a new disease. They want to ensure that their model is robust and reliable.
All of the following are ways to test the model except...
Question 10
CASE STUDY: An environmental scientist is analyzing data on climate change. They need to communicate their findings effectively to the scientific community and the public.
Select three effective communication methods.
chapter
3
The Collaborative and Interdisciplinary Nature of Science
Concepts covered:scientific process, collaboration, philosophy, models, communication
Science, though relatively new in its modern form, has always been a collective human endeavor. It integrates with other fields like philosophy and ethics, and uses models and simulations to understand complex phenomena, emphasizing the importance of communication in scientific progress.
Question 11
Science is rarely a solo endeavor.
Question 12
How does science typically proceed?
Question 13
The scientific process helps us answer questions about _____ and effects.
Question 14
CASE STUDY: A team of scientists is working on a project to model the spread of a new disease. They need to decide which tools and methods to use to predict the disease's impact on different populations.
All of the following are correct applications of mathematical models except...
Question 15
CASE STUDY: A computer scientist is developing a new model to simulate the effects of earthquakes on urban areas. The model needs to be validated and refined.
Select three correct steps in validating a scientific model.

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