If the lens is equiconvex and has index of refraction(n)1.50, find the magnitude of it's radii of curvature. In order to do this you will use the Lensmaker's Equation.

In this equation f is the focal length of the lens: 5.19 cm

n is the index of refraction:1.50

r1and r2 are the radii of curvature of the front and back surface of the lens, If the lens is equiconvex then

r1= r2, write down the Lensmakers Equation for...calculate the Radius of lens curvature and show all work.

Product description video:

https://youtu.be/y6P4axh8iws

In this equation f is the focal length of the lens: 5.19 cm

n is the index of refraction:1.50

r1and r2 are the radii of curvature of the front and back surface of the lens, If the lens is equiconvex then

r1= r2, write down the Lensmakers Equation for...calculate the Radius of lens curvature and show all work.

Product description video:

https://youtu.be/y6P4axh8iws