Draw a picture of your set-up

Slides:



Advertisements
Similar presentations
Materials: Marker, Paper, Ruler Activity: With a ruler, draw on a piece of paper. Fold the paper so B is on top of A.Label the point where the fold intersects.
Advertisements

Reflection in Plane Mirrors Reflection in Plane Mirrors Objectives: Investigate reflection in plane mirrors Verify the “1st Law of Reflection” Compare.
Choose the right picture
Materials: Pasco Light Machine and a Sheet of Graph Paper, reflective mirrors.
Reflection of light.. Specula Reflection. Reflection from a mirrored or glossy surface Specula Reflection.
Engineering Solutions Event  Six students will design a solution to an engineering problem.  Students will work together to design solutions.  Teams.
Choose the right picture
Missing Angles Our learning objectives today To calculate missing angles on a straight line, around a point and in a triangle. To use a protractor to draw.
Reflection in Plane Mirrors Objectives: Investigate reflection in plane mirrors Verify the “1st Law of Reflection” Compare image location to object and.
Work Edu We will learn about work and ramps by taking notes from edusmart S How many organisms in this food web eat only producers? How do you.
Today we will learn: Review how to measure angles with a protractor. About angles of incidence and angles of reflection, and their relationship. The proper.
In Chapter 1, you studied many common geometric shapes and learned ways to describe a shape using its attributes. In this chapter, you will further investigate.
Reflection in Plane Mirrors Objectives: Investigate reflection in plane mirrors Verify the “1st Law of Reflection” Compare image location to object and.
Curved Mirrors: Locating Images in Concave & Convex Mirrors.
Lesson 9-3 Pages Angles Lesson Check 9-2.
Section 1.3: Angles Tuesday, 9/3 Wednesday, 9/4 ^^^Table of Contents.
Properties of Light and Reflection
Object image Reflection in Plane Mirrors Objectives: Investigate reflection in plane mirrors Verify the “1 st Law of Reflection” Compare image size and.
Unit – K3 Refraction 25th of May 2007 Form Group 8_y.
Chapter 5, Section 6 Reflected Light.
Quiz. I CAN… IDENTIFY AND DEFINE TYPES OF ANGLES I CAN IDENTIFY AND DESCRIBE GEOMETRIC FIGURES I CAN USE A PROTRACTOR TO MEASURE ANGLES I CAN USE A PROTRACTOR.
Adapted by T. Trimpe
1.Rationale and core concepts 2. Description of the activities 3. Target group 4. Materials 5. Setting of the class 6. Space and time 7. Didactics.
Why is summer hotter than winter?. What is it about summer that makes it hotter?
In our activity today we will learn: About the laws of reflection. How to draw ray diagrams to show the reflection of light for plane mirrors. SUCCESS.
LOCATING IMAGES IN PLANE MIRRORS USING RAY DIAGRAMS (Page in Workbook)
Complementary and Supplementary Angles. Objective: Learn to find Complementary and Supplementary Angles.
Degrees: Measuring Angles We measure the size of an angle using degrees. Example: Here are some examples of angles and their degree measurements.
Choose the right picture Choose the right word. 5.
Refraction of Light The drawing indicates that compared to blue light, red light moves A. faster in glass. B.slower in glass. C.the same speed in glass.
Geometry Level 1. Angle names Acute angle Web animation An acute angle is between 0 and 90 degrees *Task: Draw an example of an acute angle and label.
Degrees: Measuring Angles We measure the size of an angle using degrees. Example: Here are some examples of angles and their degree measurements.
Aim: How do we recognize various wave behaviors?
Plane Mirrors.
Complementary and Supplementary Angles.
What type of angle is it?.
Ray box and Mirror.
Refraction of Light.
Identifying and Measuring Angles
Which pupil is in dim light and which one is in bright light?
The Ray Model of Light.
Angle Measurements.
Reflected Light.
Learning Objectives – To learn the terminology of the ray model of light To discover the laws of reflection in plane mirrors.
Chapter 11 Review SNC 2D1 Mr. Dvorsky April
Which One Doesn’t Belong?
Types of Graphs, Constructing Line Graphs
Measuring, calculating and drawing angles...
Catalyst What are the parts of a flower that you already know? What do they do? Flower Dissection 2/8/16 Reflection: 30L 30R.
Reflection in Plane Mirrors
Practising Graphs.
Angle Measurements.
Measuring and Constructing Angles
Warm-Up 9/12/18.
Types of Angles Wednesday, 10 April 2019.
Problem Solving.
Complementary and Supplementary Angles.
Reflect the shapes in the mirror lines
Angle Measurements.
Angle Measurements.
NAMES FOR THINGS THAT ALREADY HAVE NAMES
7 Scientific Method 1. Choose a problem. (What do you want solve? Ask a question about it.) List the materials you will need, how much of each material.
Light Reflection – the “bouncing” of light off of a surface. The light does not pass through the surface (called a medium), Refraction – is the “bending.
Measuring angles with a protractor
Figure 1: Triangle Review
Types of Angles Sunday, 21 July 2019.
Coordinates Picture For each instruction, join up the coordinates.
Which One Doesn’t Belong?
Use a protractor to measure the angles on the worksheet
Date Lesson2: Reflection Lesson Outcomes How I did Targets
Presentation transcript:

Draw a picture of your set-up Reflection 4//15 Catalyst: what do you think the angle of reflection will be based on the angle of incidence? Angle of Incidence Angle of Reflection 30 45 60 You choose! Draw a picture of your set-up 13R 13L

30 < of incidence Draw a straight line where you want your mirror to be on the page Measure 30 degrees with the protractor and draw a line. Label it your angle of incidence M I RROR

30 < of incidence Shine the laser down the angle of incidence line into the mirror Trace over the reflected line that the laser creates Measure the angle of reflection and record the number in your table 13L M I RROR < of reflection

Draw a picture of your set-up Reflection 4//15 Catalyst: what do you think the angle of reflection will be based on the angle of incidence? Angle of Incidence Angle of Reflection 30 45 60 You choose! Hypothesis: If the angle of incidence is __________ then the angle of reflection we measure will be_________ Draw a picture of your set-up 13R 13L

Draw a picture of your set-up Reflection 4//15 Catalyst: what do you think the angle of reflection will be based on the angle of incidence? Angle of Incidence Angle of Reflection 30 45 60 You choose! Hypothesis: If the angle of incidence is __________ then the angle of reflection we measure will be_________ Draw a picture of your set-up reflection: What did you and your group discover about the relationship between angle of incidence and angle of reflection? (4 sentences) 13R 13L