Using that transfers and third laws explain what happened when you dribble a basketball
1 answer:
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Answer:
The image distance is 13.3 cm ⇒ answer B
Explanation:
* Lets study the information in the problem
- The distance between the object and the convex lens is 40.0 cm
- The lens focuses light at a distance of 10.0 cm
- The equation of the image distance is
where di is the image distance, do is the object distance and f is the
distance of the focuses lens
* Lets solve the problem
∵ do = 40.0 cm
∵ f = 10.0 cm
∵
- Substitute the values of do and f in the equation
∴
∴ di = 13.3333 ≅ 13.3 cm
* The image distance is 13.3 cm