An object that is farther from a converging lens than its focal point always has an image that is:
A. inverted
B. virtual
C. the same in size
D. smaller in size
Answer (3)
Smaller in size (Pt. Sized)
An object that is farther from a **converging lens **than its focal point always has an image that is virtual . Option (b) is correct.
An **optical **lens that is thicker in the center and narrower at the corners is referred to as a converging lens, also known as a convex lens. Because it causes parallel light rays to converge or come together at a certain location known as the focal point, it is referred to as a "converging" lens.
The **image **created is virtual, meaning that it appears to be on the same side of the lens as the object when an object is placed farther away from a converging lens than its focal point. The virtual image is also enlarged, making it look bigger than the actual object. Additionally, the image is upright, not inverted.
Hence, an object that is farther from a converging lens than its focal point always has an image that is virtual . Option (b) is correct.
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An object that is farther from a converging lens than its focal point always has an image that is inverted. Therefore, the correct option is A . Images formed by converging lenses beyond the focal point are real and inverted compared to the object.
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