Telescopes By Mr. King. Tube Stand Tube Stand eyepiece.

Telescopes

By Mr. King

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1. Light rays enter the objective lens. The rays are parallel.

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2. The light rays are bent by the objective lens. They travel through the tube.

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2. The light rays are bent by the objective lens. They travel through the tube.

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2. The light rays are bent by the objective lens. They travel through the tube.

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2. The light rays are bent by the objective lens. They travel through the tube.

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2. The light rays are bent by the objective lens. They travel through the tube.

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3. The light rays cross all together at the focal point.

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3. The light rays cross all together at the focal point.

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4. They then are inverted or upside down.

Focal Point

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5. The light then travels to the eyepiece where the rays are bent back and condensed. The person can look and see the stars.

Focal Point

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5. The light then travels to the eyepiece where the rays are bent back and condensed. The person can look and see the stars.

Focal Point

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5. The light then travels to the eyepiece where the rays are bent back and condensed. The person can look and see the stars.

Focal Point

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5. The light then travels to the eyepiece where the rays are bent back and condensed. The person can look and see the stars.

Focal Point

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1. Light rays enter the opening of the tube. The rays are parallel.

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1. Light rays enter the opening of the tube. The rays are parallel.

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1. Light rays enter the opening of the tube. The rays are parallel.

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2. The rays are reflected off a curved mirror or the objective lens.

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3. They are then reflected off a flat mirror to the eye piece.

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3. They are then reflected off a flat mirror to the eye piece.

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3. They are then reflected off a flat mirror to the eye piece.

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3. They are then reflected off a flat mirror to the eye piece.

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4. The rays are refracted or bent back to parallel through the eyepiece lens.

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4. The rays are refracted or bent back to parallel through the eyepiece lens.

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5. The eye can pick up the rays.

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6. Just like the refracting telescope, the reflecting telescope also has a focal point where the rays cross over.

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Focal Point

6. Just like the refracting telescope, the reflecting telescope also has a focal point where the rays cross over.

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6. Just like the refracting telescope, the reflecting telescope also has a focal point where the rays cross over.