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Science (Grade 6) By Ms. Hanley

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Instructor Image Bernadine Hanley
85 Lessons
9 months
12 Student
Free
Enroll In This Course
IITAE Course UpdateGrade 6Primary School Courses

Science (Grade 6) By Ms. Hanley

Instructor Image Bernadine Hanley
85 Lessons
0
(0)
9 months
12 Student
Free Enroll In This Course
Introduction

Rationale

The development of the Primary Science and Technology Curriculum for St. Kitts and Nevis is based on the philosophy that the students live in an integrated world. Their lives are impacted by scientific, technological, societal, and environmental factors all of which influence the kinds of challenges which students must face in school and in the wider community. It is hoped that exposure to the experiences provided by this program will help to prepare students to live meaningful lives and to be valuable assets to the communities in which they live. Teachers are encouraged to become familiar with the information in the following pages of this overview before embarking on their teaching assignments.

Aims

By actively participating in primary science and technology, the students will be enabled to:

  1. understand the nature of science and scientific knowledge;
  2. understand the nature of technology and its role in various aspects of life;
  3. understand and accurately apply appropriate science concepts, principles, laws and theories in interacting with society and the environment;
  4. use science processes in solving problems, making decisions, and furthering understanding of society and the environment;
  5. think in a logical way about everyday events, weigh alternatives and use technological processes to solve everyday problems;
  6. understand and appreciate the joint enterprise of science and technology and the interrelationships of these with each other and with other aspects of society and the environment;
  7. develop manipulative skills associated with science and technology;
  8. interact with the various aspects of society and the environment in a way that is consistent with values that underlie science;
  9. develop a richer, more satisfying, and exciting view of society and the environment, and continue to extend this interest and attitude throughout life.

Lessons

TERM 1: ECOSYSTEMS

identify biotic and abiotic factors within an ecosystem
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show how the abiotic factors in an system contribute to the support of life
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give examples of interactions among biotic factors in an ecosystem
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acquire skills in estimating the population of a region
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use food webs to construct food chains
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identify some ways in which an ecosystem can change
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examine an ecosystem that has experienced change
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explain how living things compete for food and space
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illustrate ways in which one change within an ecosystem can produce further changes in that ecosystem
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suggest ways in which a change in an ecosystem may have widespread global implications
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explain why the environment needs to be protected
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investigate the impact that humans have on ecosystems
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describe ways by which humans destroy ecosystems
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identify ways to protect the environment
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demonstrate an involvement in environmental protection
- - -

TERM 1: GROWTH AND DEVELOPMENT

compare how different organisms reproduce
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explain how traits are passed from parents to offspring through genes 2.2 identify dominant and recessive genes as being responsible for variation in offspring
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identify infancy, childhood, adolescence, adulthood, and old age as stages in human development
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describe physical changes that occur during each stage of human development
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describe mental and social changes that occur during human development
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compare the human life cycle to that of other organisms
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TERM 2: ENERGY USES

list at least five forms of energy
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identify four sources of energy
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identify some energy transformations
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distinguish between renewable and non-renewable energy resources
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identify ways in which energy is being used
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identify environmental consequences resulting from energy use
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state problems associated with increased use of energy
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identify and explain the uses of alternative sources of energy
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suggest ways to conserve energy
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demonstrate an involvement in energy conservation
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TERM 2: ELECTRICITY AND MAGNETISM

define the concept of static electricity
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explain how an object can acquire static electricity
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define the concept of current electricity
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design simple circuits using the dry cell, wire and bulbs
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demonstrate the operation of each part of a circuit board
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classify solids as conductors and non-conductors
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predict which solids will conduct electricity
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demonstrate that some liquids and solutions conduct electricity
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show how a fuse works
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define the term ‘magnet’
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name at least three types of magnets
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identify the poles of a magnet
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distinguish between the poles of a magnet
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distinguish between temporary and permanent magnets
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demonstrate attraction and repulsion of magnets
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state the first law of magnetism
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name different types of magnets
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describe how different types of magnets are used
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construct electromagnets and demonstrate how they work
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identify the poles of a magnet through testing
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construct a simple electromagnet
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identify the differences in strength of electromagnets
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TERM 3: THE SOLAR SYSTEM

define the terms revolution and rotation, with respect to the Earth and the Moon
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describe how rotation of the Earth produces day and night
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demonstrate the passage of time with a sundial
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make models of the Earth and the Moon
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make a chart showing the phases (apparent changes in the shape) of the Moon
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observe and describe phases of the moon
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describe the shape of the earth
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name the planets of our solar system
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describe the characteristics of each planet
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build a model of the solar system
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explain ways that satellites are used
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demonstrate and explain how a satellite work
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explain how space probes have been used
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explain how rockets work explain how rockets work
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explain how a satellite stays in orbit
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compare the advantages and disadvantages of space missions which carry humans and those carrying only remote sensing equipment
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discuss the impact of the space programme on the development of new technologies
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identify other effects that can be attributed to space technology
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LESSONS

Revolve and Rotate
- - -
Day and Night
- - -
The Sun Dial
- - -
Modelling the Earth and the Moon
- - -
The Solar System Assignment 1
- - -
Phases of the Moon
- - -
The Solar System Assignment 2
- - -
Shape of the Earth
- - -
The Uses of Satellites
- - -
How does a satellite get into Space
- - -
How the Communication Satellite Works
- - -
Space Probes
- - -
Space Probes
- - -
Types of Satelittes (Cont’d)
- - -

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