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Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a tree, a vehicle, a pole, a building, a human being etcetera .

Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

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Page 1: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

Next Slide

Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a tree, a vehicle, a pole, a building, a human being etcetera .

Page 2: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

The dangerous electricity passes through the metal, wiring, plumbing as the case may be into the ground leaving the people inside the vehicle or building safe because the metals, wire and the plumbing pipes are over hundred thousand times better conductor of electricity.

To be safe you should be inside an insulated metallic conductor like a hard topped metallic vehicle or a building with a wiring and plumbing.

SAFETY

Next SlideFirst slide

Page 3: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

TABLE OF CONTENT1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Previous Slide First slide Next Slide

Page 4: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Previous Slide First slide Exit Back to VCT Assessment & StandardsX Next Slide

Page 5: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Previous Slide First slide Exit Back to VCT Assessment & StandardsX Next Slide

Page 6: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Previous Slide First slide Exit Back to VCT Assessment & StandardsX Next Slide

Page 7: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Previous Slide First slide Exit Back to VCT Assessment & StandardsX Next Slide

Page 8: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

Previous Slide First slide Exit Back to VCT Assessment & StandardsX

1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Next Slide

Page 9: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Previous Slide First slide Exit Back to VCT Assessment & StandardsX Next Slide

Page 10: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

1. Introduction

2. Safety

3. Table of content

4. Lightning strikes a house

5. Its an electric discharge

6. Through the metallic roof

7. Through the walls

8. Unsafe in the Building

9. Wired Building

10. Safe building

11. The Teachers Remark

Previous Slide First slide Exit Back to VCT Assessment & StandardsX Next Slide

Page 11: Next Slide Lightning, a discharge of electricity, seeks a path of least resistance (that is the best available conductors) to follow, which could be a

A Good Project. Done by one of the Group of students. Edited by the teacher for enlightenment in the community and Dukpa Village programs.

Apply it, and you will find it useful. For more on the project visit: http://Charge-Lightning.wikispaces.com

and http://charges-economicimportance.wikispaces.com

THANKSPrevious Slide First slide

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