Life Science Chapter 1, Section 1 Think Like a Scientist
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This document discusses the key skills used in life science: observing, inferring, predicting, classifying, and making models. It provides examples of each skill using Jane Goodall's observations of chimpanzees. It also includes a graph about chimp diets and questions to interpret the data, requiring skills like reading graphs, interpreting data, calculating percentages, and predicting based on evidence.
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Science involves using skills like observing, inferring, predicting, classifying, and making models to learn about the natural world through exploration. Observations can be quantitative, involving numbers, or qualitative, involving descriptions. When explaining observations, scientists make inferences based on reasoning from prior knowledge. Predicting involves forecasting future events based on past experiences or evidence. Classifying groups similar items together to stay organized. Models represent complex objects or processes to help study and understand things that are difficult to observe directly. Successful scientists have attitudes like creativity, skepticism, open-mindedness, honesty, and curiosity.
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Scientists study the natural world by making observations, asking questions, and conducting investigations and experiments. They use the scientific method, which involves forming hypotheses and testing them through experiments and research. Scientists work in various fields like earth science, life science and physical science. They share their results and conclusions, which are based on evidence gathered during their investigations.
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Science involves using skills like observing, inferring, predicting, classifying, and making models to learn about the natural world through exploration. Observations can be quantitative, involving numbers, or qualitative, involving descriptions. When explaining observations, scientists make inferences based on reasoning from prior knowledge. Predicting involves forecasting future events based on past experiences or evidence. Classifying groups similar items together to stay organized. Models represent complex objects or processes to help study and understand things that are difficult to observe directly. Successful scientists have attitudes like creativity, skepticism, open-mindedness, honesty, and curiosity.
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1. The document provides an overview of key concepts in the scientific method including defining a problem, developing a hypothesis, designing an experiment with independent and dependent variables, collecting and analyzing data, and drawing a conclusion.
2. It also discusses biological concepts such as the definition of biology and examples of quantitative and qualitative observations.
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1. The document provides an overview of key concepts in the scientific method including defining a problem, developing a hypothesis, designing an experiment with independent and dependent variables, collecting and analyzing data, and drawing a conclusion.
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3. The scientific method is outlined as a seven step process and examples of hypotheses, variables, controls, and experiments are provided.
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Everything we know about life comes from studying our own planet. Recent discoveries about life forms in extreme environments have renewed scientists’ interest in looking for life elsewhere.
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This document provides an introduction to the field of science. It explains that science involves making careful observations of the natural world and conducting investigations to understand natural phenomena. Scientists observe using their senses, compare similarities and differences, think critically about their results, and collect evidence to explain their observations. An example is given of Francesco Redi's experiment which showed that flies, not spontaneous generation, caused maggots to form. The document stresses that scientists draw conclusions based on evidence from repeated experiments, not opinions, and that scientific knowledge advances as findings are shared and built upon.
BIO 101 INTRODUCTION TO BIOLOGY TUI
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BIO 101 MODULE 1 INTRODUCTION TO SCIENCE
BIO 101 MODULE 1 DISCUSSION
Discussion: Life’s Extreme Environments
Discussion Topic
Everything we know about life comes from studying our own planet. Recent discoveries about life forms in extreme environments have renewed scientists’ interest in looking for life elsewhere.
Biol108 chp1-pp-spr12-120116132132-phpapp02
The document describes the scientific method and key aspects of scientific thinking. It discusses how science involves making objective observations and testing hypotheses through experimentation. The scientific method includes forming a hypothesis to explain observations, making testable predictions, conducting experiments to test predictions, and revising hypotheses based on results. Controlled experiments and minimizing biases are important for producing reliable results. Scientific theories emerge when hypotheses are strongly supported by evidence over time.
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Biology - Chp 1 - Biology The Study Of Life - PowerPoint
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Unit 1, Lesson 1.7 - The Scientific Method (Part One)
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Life Science Chapter 1, Section 1 Think Like a Scientist
- 1. Chapter 1 What is Life Science? Section 1: Think Like a Scientist Science: a way of learning about the natural world and the knowledge gained by the experience Science skills: observing, inferring, predicting, classifying, making models
- 2. Chapter 1 What is Life Science? Observing definition: using one or more of your senses to gather information. Types of observation •Quantitative observation: dealing with numbers or amounts •Qualitative observation: dealing with descriptions that can be expressed with numbers
- 3. Chapter 1 What is Life Science? Inferring definition: process of making an inference, an interpretation based on observations and prior knowledge when you infer you make an educated guess as to why what is happening
- 4. Chapter 1 What is Life Science? Predicting definition: making a forecast of what will happen in the future based on past experience or evidence predictions are a type of inference about the future
- 5. Chapter 1 What is Life Science? Classifying definition: process of grouping together items that are alike in some way classifying helps you stay organized
- 6. Chapter 1 What is Life Science? Making Models definition: creating representations of complex objects or processes models help people understand things that are too complex or can’t be observed directly Types of models: physical or electronic Scale model: accurately shows the proportions between its parts, can be bigger or smaller than the actual object.
- 7. Chapter 1 What is Life Science? Thinking Like a Scientist Inferring When you explain or interpret your observations, you are making an inference. Observing By patiently observing chimpanzees, Jane Goodall learned many things about chimpanzee behavior. Prediction Predictions are forecasts of what will happen next. Classifying Field notes like these contain many details about a chimp’s daily activities.
- 8. Chapter 1 What is Life Science? Chimp Food This graph shows the diet of chimps at Gombe National Park during May of one year.
- 9. Chapter 1 What is Life Science? Fruit, seeds, leaves, meat, insects, blossoms, and other foods Chimp Food Reading Graphs: According to the graph, what foods do chimps eat?
- 10. Chapter 1 What is Life Science? Chimp Food Seeds Interpreting Data: Did chimps feed more on seeds or leaves during this month?
- 11. Chapter 1 What is Life Science? Chimp Food 95% Calculating: What percentage of the diet did blossoms, seeds, leaves, and fruit make up?
- 12. Chapter 1 What is Life Science? Chimp Food Insects will constitute a much greater portion of the chimps diet, with other food diminishing proportionately. Predicting: Suppose you learn that November is the main termite-fishing season, when chimps spend a large part of their time eating termites. Predict how the chimp diet might change in November.
- 13. Chapter 1 What is Life Science? Making Models Making models involves creating representations of complex objects or processes. This model traces a chimp’s journey through the forest.
Editor's Notes
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