Start gradually from the last pic to the first and use this web,please!

https://www.physicsclassroom.com/Physics-Interactives/Reflection-and-Mirrors/Optics-Bench/Optics-Bench-Interactive

Virtual Library X D2L Assignments - SNC2D1-LB- X E Copy of CURVED MIRRORS X Copy of Optics Bench - Cur x Homework Help - Q&A from x Physics Simulations: Optics X + V X https://docs.google.com/document/d/1DbfNdso2ZUwoqexJteWqwZpR92EHZqrh10dG3dFUAFg/edit Q TDSB Bookmarks P Quotation Marks Ex... = Copy of Optics Bench - Curved Mirror Image Characteristics Lab FINAL Share File Edit View Insert Format Tools Add-ons Help Last edit was 23 minutes ago no 6 7 100% Normal text Arial - 11 + B I U A / CO P O . = = = 13 X 8 . F. BE X Editing 1 1 1 1 7 Table 2 - Convex Mirror (8 K) Size Altitude Location Type At f (2 grid squares away Larger Upright At C (2F) Real from the convex side of the mirror) Same Size Inverted Beyond or Behind C Virtual Smaller Between C and virtual f Between F and mirror At 2f (4 grid squares away Larger Upright At C (2F) Real from the convex side of the mirror) Same Size |Inverted Beyond or Behind C Virtual + Smaller Between C and f Between f and mirror Analysis Questions: 1. What type of image does a converging mirror produce for most object locations? (1) 2. Where must an object be located for a converging mirror to produce a real image? (1) 3. What happens to the size of the real image as the object is slowly moved from its original position beyond C toward f? (1 1) 4. What is the only location where a converging mirror will not produce a visible image + OLDE TFP ENG 8:54 AM US 2022-06-20Virtual Library X D2L Assignments - SNC2D1-LB- X E Copy of CURVED MIRRORS X Copy of Optics Bench - Cur x Homework Help - Q&A from x Physics Simulations: Optics X + V X https://docs.google.com/document/d/1DbfNdso2ZUwoqexJteWqwZpR92EHZqrh10dG3dFUAFg/edit Q TDSB Bookmarks P Quotation Marks Ex... = Copy of Optics Bench - Curved Mirror Image Characteristics Lab FINAL * Share File Edit View Insert Format Tools Add-ons Help Last edit was 23 minutes ago no 6 7 100% Normal text Arial - 11 + B I U A / CO P M . BE 13 X B . F. BEX Editing Analysis Questions: 1. What type of image does a converging mirror produce for most object locations? (1) 2. Where must an object be located for a converging mirror to produce a real image? (1) 3. What happens to the size of the real image as the object is slowly moved from its original position beyond C toward f? (1 1) + 4. What is the only location where a converging mirror will not produce a visible image (in this activity)? (1 1) 5. Where must an object be located for a converging mirror to produce a virtual image? (1 1) 6. What type of image(s) does a diverging mirror produce? (1 1) 7. What kind of mirror is used as a security mirror in stores? What image characteristics make this type of mirror useful for this purpose? (2 A) 8. What type of mirror is used for special cosmetic and dental mirrors? What image characteristics make this type of mirror useful for this purpose? (2 A) + TFP ENG 8:54 AM US 2022-06-20Virtual Library X D2L Assignments - SNC2D1-LB- X E Copy of CURVED MIRRORS X Copy of Optics Bench - Cur x Homework Help - Q&A from x Physics Simulations: Optics X + V X https://docs.google.com/document/d/1DbfNdso2ZUwoqexJteWqwZpR92EHZqrh10dG3dFUAFg/edit Q TDSB Bookmarks P Quotation Marks Ex... = Copy of Optics Bench - Curved Mirror Image Characteristics Lab FINAL Share File Edit View Insert Format Tools Add-ons Help Last edit was 23 minutes ago no 6 7 100% Normal text Arial - 11 + B I U A / CO P . . BE = 13 X B . F. BE X Editing . 1 1 1 1 5 1 1 1 1 1 1 1 6 1 8 1 1 1 1 1 7 . Curved Mirror Image Characteristics Purpose: To investigate the effects of varying object location upon the characteristics of the images C formed by a concave (converging) and a convex (diverging) mirror. Getting Ready: Navigate to the Optics Bench simulation found in the Physics Interactives section of the Physics Classroom Physics Classroom Interactive - Mirrors Getting Acquainted: + By default, Optics Bench opens in Lens mode. Click on the Lens button to change to Mirror mode. You should observe a curved mirror with its principal axis, a candle, and three sets of incident and reflected rays (see diagram). Experiment with the environment in the following ways: Tap and drag the candle back and forth along the axis; observe how the image changes. Use the focus slider to change the focal length. Notice how f and 2f change location. The 2f point is the Center of Curvature location. Use the height slider to change the image height. Notice how the object can be changed into an arrow or column of letters (A B C). . Notice how the incident rays can be toggled ON and OFF. Notice how the object can be dragged to the right side of the mirror - the convex side. + OLDTOS TFP P ENG 8:54 AM US 2022-06-20Virtual Library X D2L Assignments - SNC2D1-LB- X E Copy of CURVED MIRRORS X Copy of Optics Bench - Cur x Homework Help - Q&A from x Physics Simulations: Optics X + V X https://docs.google.com/document/d/1DbfNdso2ZUwoqexJteWqwZpR92EHZqrh10dG3dFUAFg/edit Q TDSB Bookmarks P Quotation Marks Ex... = Copy of Optics Bench - Curved Mirror Image Characteristics Lab FINAL Share File Edit View Insert Format Tools Add-ons Help Last edit was 23 minutes ago no 6 7 100% Normal text Arial - 11 + B I U A / CO P O . BE = 13 X B . B. BEX Editing Observations: Activity 1: Concave Mirrors 1. Use the sliders to set the focal length to approximately 20 cm (exact focal length: cm). 2. Use the sliders to set the object height to approximately 15 cm (exact object height: _cm). 3. Select the arrow to change the object 4. Drag the sliders to the various locations described in Table 1. 5. For each location, draw the ray diagram. + 6. For each location, note the characteristics of the image produced using S-A-L-T. 7. Record your observations using Table 1 by highlighting or underlining the appropriate descriptor. Activity 2: Convex Mirrors 1. Use the same values of focal length and object height as Activity 1 2. Drag the object to the right side of the mirror and observe the image. The right side of the mirror is the convex side 3. Drag the sliders to the various locations described in Table 2. 4. For each location, draw the ray diagram. 5. Note the characteristics of the image produced using S-A-L-T. . Record your observations using Table 2 by highlighting or underlining the appropriate descriptor. You are handing in the following for evaluation: . The Ray Diagrams + Table 1 OLDFOS FP P ENG 8:54 AM US 2022-06-20Virtual Library X D2L Assignments - SNC2D1-LB- X E Copy of CURVED MIRRORS X Copy of Optics Bench - Cur x Homework Help - Q&A from x Physics Simulations: Optics X + V X https://docs.google.com/document/d/1DbfNdso2ZUwoqexJteWqwZpR92EHZqrh10dG3dFUAFg/edit Q TDSB Bookmarks P Quotation Marks Ex... Copy of Optics Bench - Curved Mirror Image Characteristics Lab FINAL * = Share File Edit View Insert Format Tools Add-ons Help Last edit was 23 minutes ago no 6 7 100% Normal text Arial - 11 + B I U A / CO P M . BEEBE X B . E. EX Editing Table 1 - Concave Mirror (16 K) Size Attitude Location Type Beyond or Behind C Larger Upright At C (2F) Rea (one grid space beyond 2f) Same Size Inverted Beyond or Behind C Virtual Smaller Between C and f Behind the mirror At C Larger Upright At C (2F) Rea (21 ) Same Size Inverted Beyond or Behind C Virtual + Smaller Between C and f Behind the mirror Between C and Larger Upright At C (2F) Rea (more than if from the mirror, less than 21) Same Size Inverted Beyond or Behind C Virtual Smaller Between C and f Behind the mirror In front of F Larger Upright At C (2F) Real (one grid square away from the mirror Same Size Inverted Beyond or Behind C Virtual Smaller Between C and f Behind the mirror Table 2 - Convex Mirror (8 K) Size Altitude Location Type At f (2 grid squares away Larger Upright At C (2F) Rea from the convex side of the mirror) Same Size Inverted Beyond or Behind C Virtual Smaller Between C and virtual f Between F and mirror + TFP P ENG 8:54 AM US 2022-06-20