Kayla drew a diagram to compare convex and concave lenses. Which labels belong in the areas marked X, Y, and Z? X: Causes light rays to bend away from the principal axis Y: Is capable of producing images that are smaller than objects Z: Causes light rays to bend toward the principal axis X: Causes light rays to bend toward the principal axis Y: Is capable of producing images that are smaller than objects Z: Causes light rays to bend away from the principal axis X: Causes light rays to bend toward the principal axis Y: Is capable of producing images that are larger than objects Z: Causes light rays to bend away from the principal axis X: Causes light rays to bend away from the principal axis Y: Is capable of producing images that are larger than objects Z: Causes light rays to bend toward the principal axis

X: Causes light rays to bend toward the principal axis, Y: Is capable of producing images that are smaller than objects, and Z: Causes light rays to bend away from the principal axis.

What are the similarities between concave and convex lenses?

Similarities between lenses and mirrors

The equations we used for mirrors all paintings for lenses.
A convex lens acts loads like a concave mirror.
Both converge parallel rays to a focus, have effective focal lengths, and form photos with comparable traits.
A concave lens acts plenty like a convex reflect.

What are the variations between the convex lens and concave lens?

A concave lens is thinner in the center and thicker at the rims. A convex lens is thicker inside the center and thinner at the rims. Used in the digital camera, consciousness daylight, overhead projector, projector microscope, easy telescope, magnifying glasses, etc. it is also used for the correction of the trouble in lengthy sight.

Learn more about the concave lenses here: https://brainly.com/question/1280311

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