Science, asked by RachelGaikwad, 4 months ago

1) Write the cartesian sign conventio for convex and concave lence.​

Answers

Answered by pooja2521
1

Answer:

According to the new Cartesian sign convention for the refraction of light through the concave and convex lens:

According to the new Cartesian sign convention for the refraction of light through the concave and convex lens:All distances are measured from the optical centre of the lens.

According to the new Cartesian sign convention for the refraction of light through the concave and convex lens:All distances are measured from the optical centre of the lens.Distances measured in the direction opposite to the direction of incident light are considered negative.

According to the new Cartesian sign convention for the refraction of light through the concave and convex lens:All distances are measured from the optical centre of the lens.Distances measured in the direction opposite to the direction of incident light are considered negative.Distances measured in the same direction as the incident light are considered positive.

According to the new Cartesian sign convention for the refraction of light through the concave and convex lens:All distances are measured from the optical centre of the lens.Distances measured in the direction opposite to the direction of incident light are considered negative.Distances measured in the same direction as the incident light are considered positive.Heights measured upwards and perpendicular to the principal axis are considered positive.

According to the new Cartesian sign convention for the refraction of light through the concave and convex lens:All distances are measured from the optical centre of the lens.Distances measured in the direction opposite to the direction of incident light are considered negative.Distances measured in the same direction as the incident light are considered positive.Heights measured upwards and perpendicular to the principal axis are considered positive.Heights measured downwards and perpendicular to the principal axis are considered negative.

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