Complete the color equations below:
White – cyan = _______________
Yellow + Blue - Cyan= __________________
Yellow + cyan + Magenta = _________________
Yellow + cyan – Magenta = ____________________
Yellow + Cyan – Blue – Red = _____________________
Complete the statements below expressing your
understanding of filters and light:
A red filter is capable of transmitting ____________ light.
A cyan filter will absorb ______ light.
When a white object is illuminated with white light viewed
through a green filter, the object will appear ________.
A blue object is illuminated with white light and viewed
through a green filter, the object will appear ________.
A cyan object is illuminated with a white light and viewed
through a green filter. The object will appear _______.
Complete the statements below expressing your
understanding of filters and light:
A yellow object is illuminated with yellow light and viewed
through a yellow filter. The object will appear ________.
A yellow object is illuminated with yellow light and viewed
through a blue filter. The object will appear ________.
A blue object is illuminated with blue light and viewed through
a yellow filter. The object will appear _______.
A yellow object is illuminated with green light and viewed
through a cyan filter. The object will appear ______.
A red object is illuminated with yellow light and viewed through
a cyan filter. The object will appear _____.
Complete the statements below expressing your
understanding of filters and light:
White paper illuminated with Cyan light will appear ______.
Blue paper illuminated with red light will appear _____.
Red paper illuminated with Magenta light will appear ______.
Red paper illuminated with Cyan light will appear ______.
Green paper illuminated with Yellow light will appear ____.
If you stand three feet in front of a
plane mirror, how far away would you
see yourself in the mirror?
A concave mirror forms a real image
at 25 cm from the mirror surface
along the principal axis. If the object
is 10 cm from the mirror, what is the
focal length of the mirror?
If a virtual image is formed along the
principal axis 10 cm from a concave
mirror with a focal length of 15 cm,
how far is the object from the mirror?
A man’s face is 30.0 cm in front of a
shaving mirror creating an upright
image 1.5 times as large as the object.
Draw a relatively accurate diagram to
match the situation. ( be sure to label
the diagram completely.)
Describe the image formed by a plane
mirror.
Describe the image formed by a
concave mirror when the object is
located between the focal point and
the center.
Describe the image formed by a
convex mirror when the object is
located between the “focus” and the
mirror.
Trace the diagram below on your
paper. Sketch the path the light ray
will travel.
Consider the following object in front
of a plane mirror. Use a ray diagram
to indicate the portion of the mirror
needed in order for the “eye” to view
the entire image.
If a mirror gives an image of 3.0 meter
away when an object is placed 150 cm
from it, what is the focal length?
A convex mirror has a focal length of
100 cm. If the object is placed 50 cm
in front of the mirror, where is the
image located?
What is the frequency and category of
an electromagnetic wave with a
wavelength of 5.5 µm?
A
RED
RED
White ( bright)
Green
Green
B
RED
RED
Green
Black
Green
C
Yellow
Black
Black
Green
Black
D
Cyan
Black
Red
Black
Green
E
6 ft
F
7.1 cm
G
6 cm
H
Q = -45 cm
f = 90 cm
I
Virtual
Upright
Same size
J
Real
Inverted
enlarged
K
Virtual
Upright
Reduced
L
M
N
100 cm or 1 m
O
-33.3 cm
33.3 cm behind the mirror
P
5.5 x 1013 Hz
Infrared wave