Note Taking Guide –Episode 1401 PHYSICSFundamentals Law of ...
Note Taking Guide –Episode 1401 PHYSICSFundamentals Law of ...
Note Taking Guide –Episode 1401 PHYSICSFundamentals Law of ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>Note</strong> <strong>Taking</strong> <strong>Guide</strong> <strong>–Episode</strong> <strong>1401</strong><br />
<strong>Law</strong> <strong>of</strong> Reflection:<br />
Diffuse reflection-<br />
Regular reflection-<br />
Plane Mirror Images:<br />
are ____________ images -<br />
appear<br />
are<br />
are<br />
reverse<br />
uses for plane mirrors:<br />
Curved (or Spherical) Mirrors:<br />
_____________<br />
Mirror<br />
______________<br />
Mirror<br />
<strong>PHYSICSFundamentals</strong><br />
© 2004, GPB<br />
14-02
<strong>Note</strong> <strong>Taking</strong> <strong>Guide</strong> <strong>–Episode</strong> <strong>1401</strong><br />
Parts <strong>of</strong> a Spherical Mirror<br />
C: _____________ <strong>of</strong> curvature (center <strong>of</strong> sphere <strong>of</strong> which mirror is a part)<br />
V: _____________ <strong>of</strong> mirror (center <strong>of</strong> mirror itself)<br />
F: _____________ point (Parallel rays reflected from mirror converge at this<br />
point.)<br />
P: _____________ axis (goes through ____ and ____ )<br />
r: _____________ <strong>of</strong> curvature (distance from ____ to ____ ) (r = ____)<br />
f: _____________ length (distance from ____ to ____ )<br />
real image –<br />
formed<br />
can be<br />
<br />
<strong>PHYSICSFundamentals</strong><br />
© 2004, GPB<br />
14-03
<strong>Note</strong> <strong>Taking</strong> <strong>Guide</strong> <strong>–Episode</strong> <strong>1401</strong><br />
Rules for Ray Diagrams:<br />
incident rays<br />
are reflected<br />
1<br />
2<br />
3<br />
Ex #1<br />
Image is located<br />
between ____ and<br />
____.<br />
C<br />
F<br />
It is (real, virtual),<br />
(erect, inverted)<br />
and (reduced,<br />
enlarged, same<br />
size as object).<br />
Ex #2<br />
Image is located<br />
________ mirror.<br />
C<br />
F<br />
It is (real, virtual),<br />
(erect, inverted)<br />
and (reduced,<br />
enlarged, same<br />
size as object).<br />
Problem Set #1 (on back).<br />
uses <strong>of</strong> concave mirrors:<br />
<strong>PHYSICSFundamentals</strong><br />
© 2004, GPB<br />
14-04
Change language