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by BlastRoom
Classify optical images by type, orientation and relative size.
#physics
40 questions
One question set, multiple game modes. Tap any game to see it in action. Not sure which to pick?
Answer to place stones and capture territory.
Outrun the snow together.
Earn blasts, then hunt the other team.
Answer to earn energy, then climb.
The class blasts through walls together.
Bid on mystery lots. Most money wins.
Sell tours. Nice, standard, or a total scam.
Answer, restock, and serve the rush.
More correct answers pulls the rope your way.
Answer, then shoot down the alien wave.
Answer, then tap to leap the frozen ridge.
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
Use the ray diagram. Which description fits the image?
For the lens shown, do=60.0 cm, di=30.0 cm and ho=8.0 cm. Using m=-di/do, and negative m meaning inverted, how tall is the image?
For the mirror shown, do=30.0 cm, di=60.0 cm and ho=3.0 cm. Using m=-di/do, what is the image height and orientation?
For the lens shown, do=24.0 cm, di=-8.0 cm and ho=6.0 cm. Using m=-di/do, what is the image height and orientation?
For the mirror shown, do=50.0 cm, di=-10.0 cm and ho=15.0 cm. Using m=-di/do, what is the image height and orientation?
For the lens shown, do=25.0 cm, di=-50.0 cm and ho=2.0 cm. Using m=-di/do, what is the image height and orientation?
For the mirror shown, do=80.0 cm, di=40.0 cm and ho=10.0 cm. Using m=-di/do, what is the image height and orientation?
For the lens shown, do=45.0 cm, di=30.0 cm and ho=4.0 cm. Using m=-di/do, what is the image height and orientation?
For the mirror shown, do=20.0 cm, di=-60.0 cm and ho=5.0 cm. Using m=-di/do, what is the image height and orientation?
An object is 6 cm from a converging lens whose focal length is 10 cm. Which description fits the image?
An object is 25 cm from a converging lens with f=10 cm. Which description fits the image?
A converging lens has f=10 cm. An object is placed 15 cm from the lens. What image is formed?
A converging lens has f=10 cm. An object is placed 20 cm from the lens. Which description fits the image?
An object is placed in front of a diverging lens. Which description fits the image for any object distance?
A concave mirror has f=15 cm, so C is at 30 cm. An object is 40 cm in front of the mirror. Which description fits the image?
A concave mirror has f=15 cm, so C is at 30 cm. An object is 20 cm in front of the mirror. Which description fits the image?
An object is 10 cm in front of a concave mirror whose focal length is 15 cm. Which description fits the image?
An object is placed in front of a convex mirror. Which image description is always correct?
A flat plane mirror forms an image of a candle. Which description is correct?
A concave mirror has f=12 cm, so C is at 24 cm. An object is placed at C. Which description fits the image?
An object slides from 60 cm to 5 cm in front of a diverging lens whose focal length has magnitude 20 cm. How does the image change?
A curved mirror forms an image with magnification m=-0.25. What is the image like?
A thin lens forms an image with magnification m=+3.0. Which interpretation is correct?
A mirror produces an image with m=-1.0. What does that magnification say about the image?
A lens forms an image with m=+0.40. Which statement is correct?
An optical device forms an image with m=-2.5. What is the image like?
Which statement best explains why a projector image on a wall is a real image?
Which statement best describes a virtual image?
A student says a virtual image is not really there because it cannot be projected on a screen. What is the best correction?
Crack the passcode before the zombies get in.
Answer, then swat bugs for bonus points.
Race through questions at your own speed.
Same question on every screen. Fastest wins.
Pick a tile, answer, hit bonuses and steals.
Mixing Light and Mixing Pigment
30 questions
