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2. In each case below indicate whether the image created is real or virtual, upr

ID: 1452049 • Letter: 2

Question

2. In each case below indicate whether the image created is real or virtual, upright or
inverted, and smaller or larger than the object. This question does not require the use of
math

Real or Virtual Upright or Inverted Smaller or Larger than Object An object placed in front of a spherical convex mirror An object placed inside the focal length of a spherical concave mirror An object placed between the radius of curvature and the fo cal length of a spherical concave mirror An object placed outside the radius of curvature spherical co ncave mirror An object is placed inside the focal length of a converging lens An object is placed between the focal length and two times (2x) the focal length of a converging lens An object is placed outside of two times (2x) the focal length of a converging lens An object is placed in frontof a diverging ens If the object is upright and the distance of the image (di) is negative If the object is upright and the height of the image (hi) is po sitive NA NA

Explanation / Answer

case (1) Object placed in front of convex mirror : Image- Virtual , Upright , Size -Smaller.

case (2) Object placed inside the focal length of concave mirror : Image- Virtual , Upright , Size -Larger.

case (3) Object placed between radius of carvature of and focal length of concave mirror : Image- Real , Inverted , Size -Larger.

case (4) Object placed outside the radius of carvature of concave mirror : Image- Real , Inverted , Size -Smaller.

case (5) Object placed inside the focal length of converging lense (convex lense) : Image- Virtual , Erect , Size -Larger.

case(6):case :Object placed between F and 2F of the convex lense : Image- Real , Inverted , Size -Larger.

(7) case: Object placed out side of 2F of convex lense : Image- Real , Inverted , Size -Smaller.

(8) Case: Object placed infront of diversing lense (concave lense) : Image- Virtual , erect , Size -smaller.

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