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ISCI 2002

This is an archive of the Common Course Outlines prior to fall 2011. The current Common Course Outlines can be found at http://www.gpc.edu/programs/Common-Course-Outlines.
Credit Hours 3
Course Title Integrated Science - Physical Science
Prerequisite(s) EDUC 2110 with a "C" or better
Corequisite(s) None Specified
Catalog Description
This is an inquiry-based science content course based on the Kindergarten through grade 5 performance standards for Physical Science. Topics include the nature of matter, forms and transformations of energy, force, motion of objects, the concept of waves, sound, electromagnetic radiation, gravity, electricity, and magnetism. The course includes hands-on activities.

Expected Educational Results
At the completion of this course, the student should be able to do the following:

I. Introduction to Scientific Methods and Applications

  1. Demonstrate an understanding of the scientific method, the process of scientific inquiry, and the nature of science. (should be threaded throughout course).
  2. Demonstrate an understanding of laboratory safety (should be threaded throughout course).
  3. Demonstrate an understanding of data collection (observation, measurement, recording, etc.), and the interpretation of data (should be threaded throughout course).
  4. Communicate scientific ideas and activities clearly (should be threaded throughout course).
  5. Question scientific claims and arguments effectively (should be threaded throughout course).
  6. Identify patterns of change using records, tables, or graphs of measurements (should be threaded throughout course).

II. Matter
A. Composition and Properties

  1. Differentiate among solids, liquids, and gases.
  2. Differentiate between physical and chemical properties; describe objects in terms of their composition and physical properties.
  3. Identify (or classify) objects based upon their physical composition and properties (for example, color, size, shape, weight, texture, buoyancy, flexibility).
  4. Describe models of atomic structure.
  5. Describe atomic composition.
  6. Verify that an object is the sum of its parts by manipulating and measuring different objects made of different parts.
  7. Investigate how common items have parts that are too small to be seen without magnification; examine and sketch small objects using a microscope (for example, soil, sand, salt, sugar, and various natural and synthetic materials); explain how scientists use magnification to solve problems.
B. Changes and Conservation of Matter
  1. Differentiate between physical and chemical changes, and how different materials react differently to change.
  2. Demonstrate an understanding of the separation of mixtures of various types, for example, the separation of inks and food colors using paper chromatography.
  3. Describe the physical and chemical changes that can occur in different substances (for example, dissolving, melting, boiling, evaporating, rusting, fading of paper, oxidation of fruit, effervescence, decay, reaction of baking soda and vinegar, etc.).
  4. Recognize that changes in state of water are due to temperature differences, and that they are examples of physical change.
  5. Investigate the properties of a substance before, during, and after a chemical reaction to find evidence of change.

III. Energy
A. Sources

  1. Identify sources of light energy, heat energy, and kinetic energy.
  2. Identify ways to produce energy, and how energy is used; identify ways to produce heat energy (for example, burning, friction, mixing chemicals).
  3. Explain the relationship between light and heat.
  4. Demonstrate the role of friction in heat production.
  5. Demonstrate an understanding of how heat energy from the sun is transferred to various materials.
B. Types and Utilization
  1. Describe the various types of energy: mechanical, chemical, nuclear, electrical, solar, heat, etc.
  2. Demonstrate and describe energy conversion.
  3. Explain the role of conduction and convection in heat exchange.
C. Change and Conservation
  1. Investigate how insulation affects heating and cooling.
  2. Compare the differences between energy conductors and insulators.
  3. Use thermometers to measure temperature (such as changes in temperature of water samples over time).
  4. Discuss the challenges of efficiency and energy utilization.
  5. Evaluate alternative sources of energy production.

IV. Forces
A. Forces and Motion/Kinematics

  1. Investigate different types of motion.
  2. Identify and use simple machines (for example, lever, pulley, wedge, inclined plane, screw, wheel and axle).
  3. Use simple machines to solve problems; explain the use of simple machines.
  4. Demonstrate how imputed force affects the motion and velocity of objects with different masses.
B. Gravitational forces
  1. Show the effect of gravity on the motion of objects (non projectile).
  2. Summarize the role of gravity in the solar system (near and far from the surface of the Earth).
C. Waves
  1. Explain the relationship between atomic structure and the electromagnetic spectrum using various light sources.
  2. Differentiate the concepts of diffraction, reflection and refraction.
  3. Demonstrate an understanding of the physical attributes of a prism, and the use of a prism to investigate the nature of light; use a prism to observe a spectrum.
  4. Summarize how mirrors work including the concepts of concavity, convexity, and focal points.
  5. Summarize how lenses work, and identify the physical attributes of a convex lens and a concave lens, and where each is used.
  6. Explain the concepts of transparency, opacity, and translucence.
  7. Explain the relationship between the properties of a wave (for example, amplitude, wavelength, frequency, etc.) and the properties of light and sound (color, pitch, volume, etc.); explain how vibrations produce sound, and how sound can be varied by changing the rate of vibration.
  8. Compare the concepts of destructive and constructive interference.

V. Fields

A. Electricity

  1. Apply safety rules for electricity and demonstrate an understanding of the dangers of electricity.
  2. Demonstrate and explain static electricity.
  3. Design and build an electrical circuit (using for example batteries, light bulbs, wires, resistors, etc.).
  4. Describe the relationship among voltage, current, and resistance (Ohm’s Law).
  5. Differentiate between AC and DC current.
  6. Investigate common materials to determine if they are electrical conductors or insulators.
B. Magnetism
  1. Identify the relative susceptibility of different materials and common objects to magnetic fields.
  2. Explain the relationship between strength of field and distance from source; identify common objects that do not block magnetic forces (for example, air, wood, paper, etc.); show how magnets can make some things move without being touched.
  3. Compare magnetic attraction and repulsion.
  4. Compare a bar magnet to an electromagnet.
C. Gravitational field

General Education Outcomes
1. Communication Skills:
Students develop reading skills by reading the text, handout materials and/or web materials, and published articles as assigned; their listening skills through verbal directions, group problem solving, and videos and/or lectures; writing skills through a variety of class and homework assignments, and assessments; speaking/communication skills through classroom discussions and presentations.

2. Problem Solving and Critical Thinking Skills:
Students develop individual and group problem solving and critical thinking skills by working on inquiry-based activities both in the classroom and at home.

3. Recognizing and Applying Scientific Inquiry:
Students learn to recognize and apply scientific inquiry by working on inquiry-based activities emphasizing the methods of data collection, doing experiments and formulating conclusions, both in the classroom and at home.

Course Content
MATTER
Composition and Properties
Changes and Conservation of matter

ENERGY
Sources
Types and Utilization
Change and Conservation

FORCES
Forces and Motion/Kinematics
Gravitational forces
Waves

FIELDS
Electricity
Magnetism
Gravitational field

Assessment of Outcome Objectives
A. COURSE GRADE
  1. Students will be assessed by various methods that emphasize inquiry-based learning, higher order learning, critical thinking, and in-class discussion. These methods may include classroom activities, quizzes, homework, individual and/or group projects, data collection, classroom presentations, in-class discussions, or other activities, and a course assessment exam.
  2. A course assessment exam will be administered in accordance with the Science Division requirements.
  3. The final course grade will be determined by the course instructor.

B. COLLEGE WIDE ASSESSMENT

  1. This course will be assessed in the framework of Georgia Perimeter College’s policies for quality improvement.
Last Revised: Jul. 14, 2011
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