Question

A convex mirror has a radius of curvature that has a magnitude equal to 24 cm.

(a) Use the mirror equation

1

s

+

1

s'

=

1

f

where f =

r

2

to calculate the image distances for the object distances given.

s (cm)	s' (cm)
53
26
14
7.0
0.8

(b) Calculate the magnification for each given object distance.

s (cm)	m (cm)
53
26
14
7.0
0.8	A convex mirror has a radius of curvature that has a magnitude equal to 24 cm. (a) Use the mirror equation ( + where fa 3) to calculate the image distances for the object distances given. s' s' (cm) s (cm) 53 26 14 7.0 0.8 (b) Calculate the magnification for each given object distance. m (cm) s (cm) 53 26 14 7.0 0.8 eBook

Please help with parts A and B of this question. Thanks!

Answer 1

R = 24cm + = 2= 12cm for S = 53cmo -- + ul d ㅗ 12 53 - Tv Aswer [ 5'= 9.78 cm] [-mans - 9-28 0.185 os] -S3 for S = = 26 cm ute I 26 لا - 12 [s' - [m. 8.21 cm 8.21 = 0.32] -26 for s = 14cm I s' h 14 12 6.46] [s [m -6.46 -14 0.462 CS Scared with Cum Sommer

for s=7cm 1 - - 12 [s 4.42 2 cu - 4.42 -2 for s=0.8 ㅗ 1 s' pie 0.8 [ s' 0.75a] [mon = 0.987 n CS Scanned with Cam Scanner