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"How many species are there across the globe? How much do all of the insects in the world collectively weigh? How far can animals travel? Steve Jenkins answers these questions and many more with numbers, images, innovation, and authoritative science in his latest work of illustrated nonfiction. Jenkins layers his signature cut-paper illustrations alongside computer graphics and a text that is teeming with fresh, unexpected, and accurate zoological...
2) Pie graphs
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English
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Explains pie graphs, their applications, how to read them, and includes instructional activities.
4) Line graphs
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Explains line graphs, their applications, how to read them, and includes instructional activities.
6) Bar graphs
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Explains bar graphs, their applications, how to read them, and includes instructional activities.
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In a 100-metre sprint, when do athletes reach their highest speed? When do they accelerate at the highest rate and at what point, if any, do they stop accelerating? In episode four of the Shedding Light on Motion series, we look at how graphs can help us better understand the motion of athletes and of cars and other things.
10) Tally charts
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This fun book uses examples familiar to readers to get them counting using tally charts. Topics include snacks, pets, and how readers and their classmates get to school. Activities encourage practicing making tally charts.
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Discover visual marketing with infographics, tips on designing and distributing great infographics, how to make your work shareable, and much more. Beegle gives you a complete overview of the field, and helps you discover how to create and distribute your own.
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English
Description
Sometimes you'll be asked to find various limits of a function defined by a "crazy graph". The trick is to understand that the limit is just the value the function approaches as you trace your finger along the graph toward the limit value. You may find that the left- and right-hand limits of a function are different at some points, and that the value of the function at a point is not always equal to the limit of the function there.