8) An object is very, very, far away from a converging mirror. When the object is...
8) An object is very, very, far away from a converging mirror. When the object is very, very, far away, a real image forms 11 cm away from the mirror. If the object is then moved to closer to the mirror and an upright image forms with a magnification of 3.4, where was object located from the mirror when it is moved closer, in cm?
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8) An object is very, very, far away from a converging mirror.
When the object is...
8) An object is very, very, far away from a converging mirror. When the object is...
8) An object is very, very, far away from a converging mirror. When the object is very, very, far away, a real image forms 27 cm away from the mirror. If the object is then moved to closer to the mirror and an upright image forms with a magnification of 3.9, where was object located from the mirror when it is moved closer, in cm?
An object is very, very, far away from a converging mirror. When the object is very,...
An object is very, very, far away from a converging mirror. When the object is very, very, far away, a real image forms 16 cm away from the mirror. If the object is then moved to closer to the mirror and an upright image forms with a magnification of 2.8, where was object located from the mirror when it is moved closer, in cm?
When an object is located very far away from a convex mirror, the image of the...
When an object is located very far away from a convex mirror, the image of the object is 24 cm behind the mirror. Determine where the image is located when the object is placed 5.2 cm in front of the mirror.
When an object is located very far away from a convex mirror, the image of the...
When an object is located very far away from a convex mirror, the image of the object is 25 cm behind the mirror. Determine where the image is located when the object is placed 9.9 cm in front of the mirror.
When an object is located very far away from a convex mirror, the image of the...
When an object is located very far away from a convex mirror, the image of the object is 12.0 cm behind the mirror. Using a ray diagram drawn to scale, determine where the image is located when the object is placed 3.0 cm in front of the mirror. Note that the mirror must be drawn to scale also. In your drawing, assume that the height of the object is 3.0 cm.
When an object is located very far away from a convex mirror, the image of the...
When an object is located very far away from a convex mirror, the image of the object is 16.0 cm behind the mirror. Using a ray diagram drawn to scale, determine where the image is located when the object is placed 8.0 cm in front of the mirror. Note that the mirror must be drawn to scale also. In your drawing, assume that the height of the object is 3.0 cm.
When an object is located very far away from a convex mirror, the image of the...
When an object is located very far away from a convex mirror, the image of the object is 20.0 cm behind the mirror. Using a ray diagram drawn to scale, determine where the image is located when the object is placed 6.7 cm in front of the mirror. Note that the mirror must be drawn to scale also. In your drawing, assume that the height of the object is 3.0 cm. first I got 2.25 and 4.01. both answers are...
need help. please answer #8-11 8. As an object moves away from a plane mirror on...
need help. please answer #8-11
8. As an object moves away from a plane mirror on a wall and you observe the object and the image from the position of the mirror, the image of the object A. gets smaller B. may or may not get smaller, depending on where the observer is positioned. C. Is always a real image, no matter how far you are from the mirror. D. Changes from being a virtual to a real image as...
A converging lens has a focal length of 21 cm. How far from the lens should...
A converging lens has a focal length of 21 cm. How far from the lens should an object be placed to get a real image with a magnification of 3.4 and a virtual image with a magnification of 3.4? (a) a real image with a magnification of 3.4 cm (b) a virtual Image with a magnification of 3.4 cm
An object is placed 7 cm in front of a converging lens. An image forms which...
An object is placed 7 cm in front of a converging lens. An image forms which is inverted and has a magnification of -2. Where should the object be moved such that the image is upright and has a magnification of 4? Answer in cm.
need help. please answer #8-11
8. As an object moves away from a plane mirror on a wall and you observe the object and the image from the position of the mirror, the image of the object A. gets smaller B. may or may not get smaller, depending on where the observer is positioned. C. Is always a real image, no matter how far you are from the mirror. D. Changes from being a virtual to a real image as...
A converging lens has a focal length of 21 cm. How far from the lens should an object be placed to get a real image with a magnification of 3.4 and a virtual image with a magnification of 3.4? (a) a real image with a magnification of 3.4 cm (b) a virtual Image with a magnification of 3.4 cm
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