Ordering Task – The Image Formed by a Convex Lens

Slides:



Advertisements
Similar presentations
The image formed by concave mirror
Advertisements

What If Anything is Wrong Task – Absorption of Light by a Filter.
Chapter 30 Lenses. Lens – a lens is a transparent material that bends light rays depending on its shape Converging lens – a lens (top left) in which light.
Week 3.
Image Formation and the Lens: Object Beyond The Focal Point
Magnification of lenses Images
Focal Point of a Converging Lens Parallel rays from a distant source of light. Are all redirected to the focal point. Focal length f (meters) A flatter.
What Are We Looking At? You will see 2 images of each arrangement of the 10 cubes. There are 8 arrangements. Your task is to recreate each arrangement.
Photography Exit Survey Write out your answers and bring to next class. Photo 1-7 Discuss the problems with shooting the image presented. What would you.
Review Game Eureeka Describe the image produced by an object placed at 2F from a convex lens.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.
Example: A system of two lenses is setup, where f 1 = f 2 = 15 cm, and the two lenses are separated by 60 cm. The object is located 25 cm in front of the.
Images formed by lenses. Convex (converging) lenses, f>0.
Chapter 23, Sections 2 and 3 Mirrors and the Eye.
What Are We Looking At? You will see 2 images of each arrangement of the 10 cubes. There are 8 arrangements. Your task is to recreate each arrangement.
Unit 7 Review. A. Convex lens B. Convex mirror C. Concave lens D. Concave mirror E. Plane mirror.
MIRRORS AND LENSES PAGE 59 OF INB EQ Why is distance important when discussing mirrors and lenses?
1) A spider (1 cm tall) stands 3 cm to the left of a concave mirror. If the mirror has a focal length of 1 cm, find d i and h i using a ray diagram. Use.
Here, we’ll show you how to draw a ray diagram for a convex lens when the object is between the focal point, F and the lens.
Geometric Optics: Mirrors and Lenses. Mirrors with convex and concave spherical surfaces. Note that θ r = θ i for each ray.
Predict and Explain Task - Transmission of Light by a Filter.
Working Backwards Task – Hidden Lens. A point source will be moved around for you in front of a lens. The lens is hidden behind a screen.
Image from
Q34.1 Which of the following changes its focal length when it is immersed in water? A. a concave mirror B. a convex mirror C. a diverging lens D. all of.
Mirrors and Lenses.
Lesson P4 Part 1 ~ Mirrors & Reflection
Draw ray diagrams: An object is standing 3 m away from a convex lens with focal length 2 m. An object is standing 2 m away from a convex lens with focal.
You have 10 seconds to answer the following question…….
Ch.13 Applications (應用) of Convex Lenses
RAY DIAGRAMS FOR MIRRORS
Concave and Convex Mirrors
Image Formation Preliminary Physics.
Curved Mirrors, Ray Diagrams and Nature of Image.
Given: M = -5 di = 12 feet do =? f = ?
Answer the “4 big questions”.
Working Backwards Task – Hidden mirror
Ordering Task – Object in Front of a Concave Mirror
Lenses © 2007.
Thin Lenses-Intro Notes
סדר דין פלילי – חקיקה ומהות ההליך הפלילי
Lesson P4 Part 2 ~ Lenses & Refraction
The focal length of a lens
Free-Response-Questions
Predict and Explain Task - Transmission of Light by a Filter
Image Formation and the Lens: Object Beyond The Focal Point
WWT – Dependence of 2 Slit Pattern on Wavelength
Lesson P4 Part 1 ~ Mirrors & Reflection
Working Backwards Task – Hidden Lens

Science 8 – Mirrors and Lenses ANSWERS
Lenses.
Converging lens.
Mirrors 3 – CONVEX Mirrors
Chapter 8 Ray Diagrams (光線圖)
Ranking Task – 2 Slit Interference
A student shines red, coherent light on a small single slit
Predict and Explain Task – Absorption Spectra
Working Backwards Task – Hidden mirror
Equations with Lenses SNC2D.
The Thin-Lens Equation
½ of 6 = 3.
You must show all steps of your working out.
Question 1.
Mirrors Physics Mr. Berman.
Cases Object is greater than 2 focal lengths from the mirror (d0>2f) Object is between 1 and 2 focal lengths from the mirror (f
Lesson P4 Part 2 ~ Lenses & Refraction
Thin Lens Equation 1
Lens Equation Word Problems
air water As light reaches the boundary between two media,
What If Anything is Wrong Task – Absorption of Light by a Filter
Presentation transcript:

Ordering Task – The Image Formed by a Convex Lens

An object will be placed at three different points in front of a convex lens as shown. The red dots show the location of the focal points.

Answer the following on your own

The image is always formed at the focal point Arrange the location of the images formed when the object is placed at the three points from left to right The image is always formed at the focal point A then B then C B then A then C C then B then A C then A then B Some other order 1 2 3 4 5

Consult with your neighbors and then answer again

The image is always formed at the focal point Arrange the location of the images formed when the object is placed at the three point from left to right The image is always formed at the focal point A then B then C B then A then C C then B then A C then A then B Some other order 1 2 3 4 5