Mirror Image Year 9 Lesson 4.

Slides:



Advertisements
Similar presentations
The bouncing off of light as it hits a surface
Advertisements

Images on a Plane Mirror
-Terminology -drawing images in mirrors.  Plane Mirror: ◦ A planar reflecting surface  Virtual Image ◦ Image formed by light reflecting off of a mirror.
Optics Lesson 3 Introduction to Reflection and Plane Mirrors
Light, Mirrors, and Lenses O 4.2 Reflection and Mirrors.
Chapter 17: Reflection & Mirrors Honors Physics Bloom High School Mr. Barry Latham.
Line Ray Beam the paths along which light energy travels a bundle of light rays.
Plane Mirrors.
Law of reflection Watch the next 5 slides for Part IV.
Chapter 13-2 Flat Mirrors. Conceptual_Physics/3 1_Reflection/01/sp.ht mlhttp://localhost:26300/ Conceptual_Physics/3 1_Reflection/01/sp.ht.
Properties of Reflective Waves Flat Mirrors. Light travels in a straight line Some light is absorbed Some light is redirected – “Reflected”
Mirrors and Reflection LG: I can name the three different types of mirrors and explain how images are viewed in plane mirrors.
PW2 - Reflection.  The angle of incidence is equal to the angle of reflection.  The incident ray, reflected ray, and normal all line in the same plane.
GİZEM SENA DÜNDAR ÖZNUR HANCI MUHAMMED DOĞAN.  A ray of light is reflected on a plane mirror. mirror This is an example of reflection of light.
Reflection and Refraction of Light
Notes on Chapter 29 Reflection & Refraction
Laws of Reflection and Plane Mirror Images
Task 1: 2 mirrors and a nail- observations At 180° we can see 2 nails. The reflection of the nail was repeated 3 times inside of the mirrors. We saw 9.
Plane Reflection – Learning Outcomes  Demonstrate the laws of reflection.  Discuss images formed in plane mirrors.  Differentiate between real and virtual.
The incident ray and the reflected ray behave in predictable ways, which leads to the two laws of reflection: 1.The angle of incidence equals the angle.
Waves Quiz What are the two different types of waves? How are they different? Draw an example of each type. Define: Amplitude Wavelength Frequency.
Virtual Image.
Aim: How do we recognize various wave behaviors?
Light, Mirrors, and Lenses
Plane Reflection – Learning Outcomes
Law of Reflection & Plane Mirrors
Reflection.
Law of Reflection: equal angles
Plane Mirrors.
How else do you look pretty in the morning?
Do Now Stick in Ray and Wave sheet Read pages 144 & 145
Laws of reflection.
Reflection In your books sketch the set up putting the labels in the correct place Mirror Incident ray Angle of reflection Angle of incidence Reflected.
Why is not me?.
Reflection of Light Definition of Reflection Types of Reflection
Do now! normal Can you continue with the experiment we started yesterday. Can you measure (using a protractor) the angles between the beams and the normal?
Which pupil is in dim light and which one is in bright light?
Images in Plane Mirrors
Reflection in Plane Mirrors
Reflection and Mirrors
Reflection and Refraction
This painting ‘Swans and Elephants’ is by Salvador Dali.
Images on a Plane Mirror
Ray Diagrams & Reflection Images in plane mirrors
Learning goals We are learning the types of reflection.
Bendy, Bouncy, Beautiful!
Learning goals We are learning the types of reflection.
Law of Reflection θ(i) = θ(r) θ(i) θ(r)
Laterally Inverted An image that is laterally inverted means is inverted from left to right. The right side of the object appears as its left side, and.
Lesson 14 Key Concepts and Notes
Reflection and Refraction
Reflection and Light Flat Mirrors.
Science 8 – Mirrors and Lenses ANSWERS
Flat Mirrors.
Reflection Physics Chapter 18a.
Convex Mirrors.
Plane Reflection – Learning Outcomes
Learning Objectives To characterize images in a plane mirror
Conceptual Physics Notes on Chapter 29 Reflection & Refraction.
Why we see images in mirrors
10.2 How we see the image.
7.02 reflection in plane mirrors (1)
Lesson 15 Key Concepts and Notes
Locating Images in Plane Mirrors
The laws of reflection.
OBJECTIVES 1) Trace light rays as they reflect from a plane mirror.
Reflection and Refraction
Properties of Light and Reflection
Aim: How do we explain the law of reflection?
Presentation transcript:

Mirror Image Year 9 Lesson 4

TOE: Why is this happening????? Title: Mirror Image 05/10 TOE: Why is this happening?????

CWK REFLECTION We will: Identify how lights reflects off a rough and smooth surface Describe the relationship between the angle of incidence and the angle of reflection Key Words: Incidence, Reflection, Virtual, Plane

What is happening in this video?? http://www.youtube.com/watch?v=EtinYsbKjpE

See, Think, Wonder Why is this happening?????

Identify how lights reflects off a rough and smooth surface (L4+) Mirror Image A PLANE mirror is smooth and flat, which reflects light evenly. This means the reflection we see looks the same as the object. Identify how lights reflects off a rough and smooth surface (L4+)

Angle of Incidence = Angle of Reflection Ray of light going IN to the mirror is the INcidence ray. Ray of light which comes out of the mirror is the reflected ray. Describe the relationship between the angle of incidence and the angle of reflection(L6)

The BIG Mirror

RULES OF REFLECTION Fill in the missing words from the red box below Angle of Incidence is equal to the angle of ...................... The image is the same ................. as the object The image is the same ................. from the mirror as the object In the image, left is .................and right is ............... We call this ................. Inverted The image appears to be behind the mirror, so we call this ............... Distance, Reflection, Left, Right, Size, Laterally, Virtual

Reflection Ray Box Experiment AIM: To test the relationship between the angle of incidence and the angle of reflection. RESULTS TABLE: CONCLUSION: What do your results tell you? Angle of Incidence Angle of Reflection 10 20 30 40 50 60 Conduct a practical activity to demonstrate this relationship (L7)

Homework Bring in evidence that you have started to research different eye conditions for your project. Due in: Wednesday 12th October

Wednesday 1st October 2014 CWK Mirror Image We will: Identify how lights reflects off a rough and smooth surface (L4+) Describe the relationship between the angle of incidence and the angle of reflection(L6) Conduct a practical activity to demonstrate this relationship (L6+) Key Words: Incidence, Reflection, Virtual, Plane