Convex lens always gives a virtual & diminished image.
Concave lenses make objects look smaller when they are placed close to the lens, while convex lenses make objects look smaller when they are placed far from the lens. This effect is due to the way light rays are refracted by the different lens shapes, causing the image to appear reduced in size.
A magnifying lens, also known as a convex lens, can make objects look bigger by bending light rays to converge at a point, creating a larger image. This type of lens is commonly used in magnifying glasses, microscopes, and telescopes to achieve magnification.
A convex lens can make an object look upside down when the object is placed closer to the lens than its focal point, resulting in a virtual image being formed. This virtual image is then magnified by the lens, causing the observer to perceive the object as upside down.
Convex lenses make objects appear larger when viewed through them. When an object is placed closer to a convex lens than its focal point, the lens will magnify the image. However, if the object is placed beyond the focal point, the lens will create a smaller, inverted image.
A convex lens can magnify objects when they are placed closer to the lens than their focal length. However, the size of the object itself remains the same. The lens allows you to see the object as if it were larger by converging light rays to create a magnified image.
Concave lenses make objects look smaller when they are placed close to the lens, while convex lenses make objects look smaller when they are placed far from the lens. This effect is due to the way light rays are refracted by the different lens shapes, causing the image to appear reduced in size.
You need a convex lens to magnify an image.
A magnifying lens, also known as a convex lens, can make objects look bigger by bending light rays to converge at a point, creating a larger image. This type of lens is commonly used in magnifying glasses, microscopes, and telescopes to achieve magnification.
the lenses make objects look smaller than what they are so that people know what they look like.
A convex lens can make an object look upside down when the object is placed closer to the lens than its focal point, resulting in a virtual image being formed. This virtual image is then magnified by the lens, causing the observer to perceive the object as upside down.
Convex lenses make objects appear larger when viewed through them. When an object is placed closer to a convex lens than its focal point, the lens will magnify the image. However, if the object is placed beyond the focal point, the lens will create a smaller, inverted image.
A lens that only has one flat surface is called a plano convex lens. The plano convex lens makes fringes circular because the air film is symmetrical.
Concave is thinner in the center than the edges and convex lens is thicker in the center than on the edges :)
The amount of curve (convex) in the lens determines the strength of the lens, thereby determining the effectiveness (or strength) of the lens. This is how the prescription strength of contact lenses is determined.
A convex lens can magnify objects when they are placed closer to the lens than their focal length. However, the size of the object itself remains the same. The lens allows you to see the object as if it were larger by converging light rays to create a magnified image.
A magnifying lens is typically a convex lens. This type of lens is thicker in the center than at the edges, causing light rays to converge in a way that magnifies objects when viewed through the lens.
b. Each convex lens bends light to make the object appear larger. The convex lens in a light microscope refracts and converges light rays to magnify the specimen being observed. By bending light, the lens creates an enlarged virtual image of the specimen that can be viewed by the observer.