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Sniffing for a Billionth

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    Twin Cities Public Television
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Sniffing for a Billionth

This is an activity (located on page 4 of the PDF) about size and scale. Learners use their sense of smell to detect parts per million in a serial dilution they mix in ten cups. In the process, they also create one billionth of something. The ultimate goal is for learners to get one step closer to wrapping their heads around the unimaginable: things that are either too immense or too minute to visually comprehend. Also relates to linked video, DragonflyTV Nano: What's Nano?

Quick Guide

Preparation Time:
Under 5 minutes
Learning Time:
1 to 2 hours
Estimated Materials Cost:
$1 - $5 per group of students
Age Range:
Ages 8 - 14
Resource Types:
Activity, Experiment/Lab Activity, Lesson/Lesson Plan
Language:
English

Materials List (per group of students)

  • 10 jars with lids (or clear cups)
  • tablespoon measuring spoon
  • strong scented liquids such as: imitation vanilla, mouthwash, peppermint extract and perfume
  • water
  • white paper
  • markers or pens

Keywords

Subjects

  • Engineering and Technology
    • Engineering
      • Nanotechnology
  • Life Sciences
    • Human Senses and Perception
      • Smell
      • Vision
  • Mathematics
    • Measurement
      • Units of Measurement
      • Size and Scale
    • Number and Operations
      • Decimals
      • Fractions
  • Physical Sciences
    • Chemistry
      • Solutions
  • The Nature of Science
    • The Scientific Process
      • Conducting Investigations

Audience

To use this activity, learners need to:

  • see
  • see color
  • read
  • smell
  • touch

Learning styles supported:

  • Involves teamwork and communication skills
  • Involves hands-on or lab activities

Other

Components that are part of this resource:

Includes alignment to state and/or national standards

This resource is part of:

Access Rights:

  • Free access

By:

Source Collection:

  • DragonflyTV

Rights:

  • All Rights Reserved, Twin Cities Public Television, Inc., ©2008

Funding Source:

  • National Science Foundation, 741749

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