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Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific Inquiry What Is Science?
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Page 1: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Table of Contents

Science and the Natural World

Thinking Like a Scientist

Measurement—A Common Language

Mathematics and Science

Graphs in Science

Scientific Inquiry

What Is Science?

Page 2: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Thinking Like a Scientist: ObservingAsk questions like: What? How? Why?

Science and the Natural World

Page 3: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Science and the Natural World

Chimp Diet in MayLike all animals, chimps prefer to eat certain foods when they are available. How would you design a bar graph to show this information?

Page 4: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Science and the Natural World

Thinking Like a Scientist: ClassifyingBy classifying the information related to a chimp’s resting, climbing, or feeding, a scientist can better understand chimp behavior. Use the chart to classify the details from the field notes.

Page 5: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Science and the Natural World

Making ModelsThis model shows Jomeo’s movements and behaviors during one day. Use the map to answer the questions.

Page 6: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Scientific AttitudesDiscuss and summarize each scientific attitude.

Thinking Like a Scientist

Page 7: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Thinking Like a Scientist

Scientific ReasoningDecide whether the conclusions are reached by objective reasoning or subjective reasoning.

Page 8: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Thinking Like a Scientist

Faulty ReasoningLines of symmetry on a square and rectangle.

Page 9: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Measurement—A Common Language

SI PrefixesSI units are similar to our money units, in which a dime is ten times more than a penny. Name the example for each of the SI Prefixes.

Page 10: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Some SI Units of Measure

Measurement—A Common Language

Page 11: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Compare and ContrastName the similarities and differences of mass and weight.

Measurement—A Common Language

Page 12: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Volume of LiquidsMeasuring the volume of liquids and rectangular solids requires different methods.

Measurement—A Common Language

Page 13: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Densities of Some Common SubstancesKnowing the density of an object helps you predict how it will float and identify what it is made of.

Measurement—A Common Language

Page 14: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Temperature ScalesZero on the Kelvin scale (0 K) is the coldest possible temperature. It is called absolute zero. What is the boiling point and what is the freezing point on the Celsius thermometer?

Measurement—A Common Language

Page 15: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Mathematics and Science

Accuracy and PrecisionIn a game of darts, accurate throws land close to the bull’s eye. Precise throws land close to one another. Where would darts land in the situations described on boards C and D?

Page 16: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Mathematics and Science

Significant FiguresSuppose you are tiling a bathroom. You might estimate that the tile is 5.3 cm long. The measurement 5.3 cm has two significant figures, or sig figs. You are certain of the 5, but you have estimated the 3.

Page 17: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Mathematics and Science

The percent error in the calculation of the density of copper was 5.04%.

Percent ErrorThe experimental density of copper is 9.37 g/cm3. The true value is 8.92 g/cm3. To calculate the percent error, use the following formula and substitute.

Page 18: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Mathematics and Science

Hognose Snake Egg DataWe can use math to analyze the data in the table about the number of hognose snake eggs in seven nests.

Page 19: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Mathematics and Science

Collected DataWhat might be an unknown variable that could have affected data?

Page 20: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Mathematics and Science

Think Like a ScientistHow and why are the number of sea turtle nests in Florida changing?

Page 21: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Graphs in Science

A Line GraphThis line graph plots the data from the table.

Page 22: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Graphs in Science

Panda GrowthPanda cubs grow quickly in their first few months of life.

Page 23: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Graphs in Science

Linear TrendsData plotted in a line graph may show a trend. Is the graph linear or nonlinear? What is the graph’s trend?

Page 24: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Graphs in Science

Data VariationEven though some points do not fall on the line, this graph shows a trend. What is the anomalous data point?

Page 25: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Graphs in Science

Distance BikedThis graph shows the distance two friends biked in one hour.

Page 26: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Developing a HypothesisOffer two hypotheses for why the student's digital music player stopped working.

Scientific Inquiry

Page 27: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Scientific Inquiry

Design and Conduct an ExperimentIdentify the independent variable, the dependent variable and the other two variables in this experiment. Think about a hypothesis for this experiment.

Page 28: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Scientific Inquiry

Collecting and Interpreting DataA data table helps you organize the information you collect in an experiment. Graphing the data may reveal any patterns in your data.

Page 29: Table of Contents Science and the Natural World Thinking Like a Scientist Measurement—A Common Language Mathematics and Science Graphs in Science Scientific.

Scientific Inquiry

Drawing ConclusionsSometimes the same experiment can have very different data.


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