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Physics 18 Online
OpenStudy (anonymous):

MULTIPLE CHOICE PHYSICS HELP!!

OpenStudy (anonymous):

OpenStudy (anonymous):

i need help with all three choices

OpenStudy (jamesj):

You'll find the answer here in this text, just a couple of paragraphs down: http://www1.union.edu/malekis/CVision2003/MainPage/Course%20Content/Geometrical%20Optics/ImagingLenses.htm

OpenStudy (anonymous):

its real, inverted, and larger right :)??

OpenStudy (anonymous):

just want to make sure i understood what i read right

OpenStudy (jamesj):

No. It is definitely not real, as the diagram and text make clear: "What happens when the object moves even closer to the lens than the focal point? That case is shown below where you can see that no real image forms. These virtual rays intersect to form a larger size, erect, but virtual image behind the object (to its left). It is in this configuration that we use magnifying lenses to see a small object"

OpenStudy (anonymous):

oops :/ so its virtual, inverted, and enlarged

OpenStudy (anonymous):

ughhh i suck at physics im goin to tutoring tomorrow

OpenStudy (jamesj):

No. Look again at the diagram in the link. Is the image inverted?

OpenStudy (jamesj):

You actually don't suck at Physics. You really need to read. I'm serious. Look carefully at the diagram and read the text. All of it is there for you.

OpenStudy (anonymous):

ohh, i was rreading wrong paragraph i think he object moves even closer to the lens than the focal point? That case is shown below where you can see that no real image forms. These virtual rays intersect to form a larger size, erect, but virtual image behind the object (to its left). i

OpenStudy (jamesj):

Yes

OpenStudy (anonymous):

but in that neither of those diagrams, the object is between the focal point F, and the lens...? like the question asks...?

OpenStudy (anonymous):

nvm! THANKS FOR ALL YOUR HELP!!! YOU ROCK if found this to explain more

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