An object is originally at the xi = 0 cm position of a meter sticklocated on the x axis. A converging lens of focal length 26.0 cm isfixed at the position 32.0 cm. Then we gradually slide the objectto the position xf = 11.4 cm.
(a) Find the location of x' of the object's image as a function ofthe object position x.
1Click here to preview your answer.Your answer is incorrect.
(b) Describe the pattern of the motion of the image with referenceto a graph or a table of values.
Show this on paper and then check it against the posted solutionafter the assignment is due. Although this will not count directlyon your grade, it will be good preparation for the test.
(c) After the object moves from the xi = 0 cm position of the meterstick to the position xf =11.4 cm, What is the location of theimage? In what direction or directions?
2 cm
An object is originally at the xi = 0 cm position of a meter sticklocated on the x axis. A converging lens of focal length 26.0 cm isfixed at the position 32.0 cm. Then we gradually slide the objectto the position xf = 11.4 cm.
(a) Find the location of x' of the object's image as a function ofthe object position x.
1Click here to preview your answer.Your answer is incorrect.
(b) Describe the pattern of the motion of the image with referenceto a graph or a table of values.
Show this on paper and then check it against the posted solutionafter the assignment is due. Although this will not count directlyon your grade, it will be good preparation for the test.
(c) After the object moves from the xi = 0 cm position of the meterstick to the position xf =11.4 cm, What is the location of theimage? In what direction or directions?
2 cm
