Download Physics formulas PDF for NEET 2017

Page 37

Physics – Formulae Sheet

(9). For achromatic combination of two lens

1 2  0 f1 f2

 A  m  sin    2  (10). Refractive index of material of prism   A sin   2

(m ) Minimum deviation angle

(11). For small-angled prism d  (  1)A (where A= Angle of prism and B= Deviation angle) (12). Dispersive power of prism for two colors (blue and red)

   R    v  R   v    d    1  (13). For simple microscope, (a) Magnification m  1 

(b) M 

D f

(Where D= Least distance of distinct vision. and f= Focal length)

D for image to form at infinity f

(14). For compound microscope. Magnification of objective MO 

(a) m  mome 

(b) m 

vO uO

and Magnification of eye piece Me   1  

vo  D  1   for least distance of distinct vision. ue  fe 

L D  for image to form at infinite. fo fe

(15). Magnifying power of telescope m 

fo fe

and

35

length of telescope  L  fe  fo

ve   fe 


Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.