Question

Fill in the blanks for the sentences describing how a converging lens works for regions 1 and 2 Converging Lens with Object in Region Focus REAL Image Object Region1 Region 2 Region 3 Rays Converging Lens with Object at 2F Focus REAL Image Region 1 Region 2 Region 3 Rays intersect Converging Lens with Object in Region 2 Focus REAL Image Object Region 1 Region 2Region 3 Rays For a converging lens, an object located from infinity to the focal distance F (regions 1 and 2) forms a image located on the side of the lens as the object. the object size. Farther away in region 1 (between infinity and 2F), the image size is When the object is located exactly at 2F, the image size is Closer to the lens in region 2 (between 2F and F), the image size isthe object size. the object size. Submit Answer Tries 0/3

Answer 1

For a converging lens, an object located from infinity to the focal distance F (regions 1 and 2) forms a REAL INVERTED image located on the OPPOSITE side side of the lens as the object.

Farther away in region 1 (between infinity and 2F), the image size is SMALLER THAN the object size.

When the object is located exactly at 2F, the image size is EQUAL TO the object size.

Closer to the lens in region 2 (between 2F and F), the image size is LARGER THAN the object size.