CONVEX MIRROR F/15CM
(0) 0 Reviews 0 Orders 0 Wish listed
7,000Ugx
Quantity :
Total price :
  (Tax : )
Out of stock

Convex mirrors are curved mirrors that bulge outward, and they have a focal length denoted by f. Here are some key points:

  1. Mirror Equation for Convex Mirrors:

    • The mirror equation relates the object distance (d<sub>o</sub>), image distance (d<sub>i</sub>), and focal length (f):

  2. Magnification Equation:

    • The magnification equation relates the ratio of image distance to object distance to the ratio of image height (h<sub>i</sub>) to object height (h<sub>o</sub>):

  3. Example Problem:

    • Let’s solve an example problem. Suppose we have a 4.0 cm tall light bulb placed 35.5 cm from a convex mirror with a focal length of -12.2 cm.
    • Known values:
      • Object height (h<sub>o</sub>): 4.0 cm
      • Object distance (d<sub>o</sub>): 35.5 cm
      • Focal length (f): -12.2 cm (negative because it’s a convex mirror)
    • Using the mirror equation:

      Solving for d<sub>i</sub>:

    • Now, let’s find the image height using the magnification equation:

      Solving for h<sub>i</sub>:

No review given yet!

Free shipping on all orders over UGX 1 Millon
Safe & Secure Online Payment Solutions or cash on Delivery
7 Days Return Policy
Authentic Products with MONEY BACK GUARANTEE 100% money back guarantee
0 Reviews
25 Products
More from the store
UNIVERSAL INDICATOR
50,000Ugx
WATER GATE VALVE
50,000Ugx
REG0 REGULATOR
800,000Ugx
TEST TUBE BRUSHES
3,000Ugx
GAS JAR COVER
10,000Ugx
Total price :
  (Tax : )
Top