An object placed in front of a convex or converging lens is positioned with its bottom resting on the principal axis. Explain how you would use ray tracing to locate the top of the image of the object.
Select one:
a. Trace lines from any two of the following three options: the top of the object parallel to the axis and then through the focal point on the same side as the object, the top of the object straight through the center of the lens, the top of the object through the focal point on the other side as the object and then parallel to the axis. The top of the image is where the two lines meet.
b. Trace lines from any two of the following three options: the top of the object parallel to the axis and through the focal point on the other side, the top of the object straight through the center of the lens, the top of the object through the focal point on the same side as the object and then parallel to the axis through the lens to the other side. The top of the image is where the two lines meet.
c. Trace lines from any two of the following three options: the top of the object parallel to the axis and through the focal point on the other side, the top of the object to the center of the lens and then parallel to the axis on the other side, the top of the object straight through the focal point on the same side as the object. The top of the image is where the two lines meet.
d. Trace lines from any two of the following three options: the top of the object straight through the focal point on the other side, the top of the object to the center of the lens and then parallel to the axis on the other side, the top of the object through the focal point on the same side as the object and then parallel to the axis through the lens to the other side. The top of the image is where the two lines meet.