SOLUTION: Suppose that the lens on your camera is positioned .85 inches from the film, and that the lens can focus on an object 10 feet away. What is the focal length of the lens? f= focal

Algebra.Com
Question 1059771: Suppose that the lens on your camera is positioned .85 inches from the film, and that the lens can focus on an object 10 feet away. What is the focal length of the lens?
f= focal length
p= distance from the lens to the object
q= distance from lens to the film
1/f=1/p+1/q

Answer by stanbon(75887)   (Show Source): You can put this solution on YOUR website!
answered
RELATED QUESTIONS

Suppose that the lens on your camera is positioned .85 inches from the film, and that the (answered by stanbon)
1. The lens equation for a camera is 1/f = 1/di + 1/do , where f is the focal length... (answered by Theo)
please note that when it says D(o) it means that the o is a little number kind of like... (answered by solver91311)
The lens equation for a camera is 1/f= 1/di+1/d0, where f is the focal length of the... (answered by jsmallt9)
The lens of a camerahas a focal length (F) that satisfies the equation. F= do x... (answered by jorel1380)
a hyperbolic mirror can be usedto take panoramic photographs. A camera is pointed toward... (answered by stanbon)
please note that when it says D(o) it means that the o is a little number kind of like a... (answered by solver91311)
Suppose a person is 300 cm from a camera lens, and the film is 1.3 cm from the lens. If... (answered by josgarithmetic)
Whats an equation that may be used to find the distance between the lens and the film if... (answered by solver91311)