Physical science experiments

Physical science experiments

by Walker, Pam

Type Book
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Keyed to the requirements of the middle and high school curriculum, the experiments include information on the following: Batteries -- Caloric content -- Characteristics of polymers -- Density -- Electromagnets -- Galvanometers -- Gas solubility -- The heat capacity of metals -- Rate of speed -- The relationship of matter and energy -- Sound insulation -- Surface area and volume.

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Title Statements

  • Full title :Physical science experiments / Pamela Walker, Elaine Wood.

Summary

Keyed to the requirements of the middle and high school curriculum, the experiments include information on the following: Batteries -- Caloric content -- Characteristics of polymers -- Density -- Electromagnets -- Galvanometers -- Gas solubility -- The heat capacity of metals -- Rate of speed -- The relationship of matter and energy -- Sound insulation -- Surface area and volume.

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Edition Statements

  • Publication Date:©2010.

Publication Statements

  • Publisher(s):Facts on File
  • Place of Publication:New York, NY
  • Language:eng
  • Publication Date:©2010.

The Physical Object

  • Description:xviii, 149 pages : : color illustrations, color map ; : 29 cm.

Edition Identifiers

  • ISBN:9780816078073, 0816078076
  • oclc:ocn290487205
  • LC Classification:Q164
  • Dewey Decimal:500.2078

Table of Contents

Accuracy of labeling vitamin C in orange juice -- Graphing a pendulum swing -- Metals in electromagnets -- Effectiveness of plastic wrap in preventing evaporation -- Which fruits and vegetables make the best batteries? -- Do all carbonated beverages go flat at the same rate? -- The shape of an ice cube affects rate of melting -- The relationship of temperature to viscosity -- Homemade galvanometer -- Which type of food contains the most energy? -- The heat capacities of zinc and copper -- How does LED brightness vary with current? -- Does shape affect a ball's energy? -- Which materials are the best sound insulators? -- Materials that interfere with magnetic energy -- Does the diameter of a speaking tube affect volume? -- Comparing densities of a solid, liquid, and gas -- What are the best friction-reducing lubricants? -- Arrow mass and depth of penetration -- Variables that affect speed.

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