the interference fringes were produced on a screen kept at 1m away from two slits with 0.4mm separation, the wavelength of the light used is 5000*10 -10 m. Find the separation between the two consecutive bright fringes.
Answers
Answer:
Fringe width w=
Fringe width w= d
Fringe width w= dDλ
Fringe width w= dDλ
Fringe width w= dDλ
Fringe width w= dDλ where
Fringe width w= dDλ where D= distance b/w screen and slit =1.5m
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 m
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 m
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw=
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9 w=5.89mm
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9 w=5.89mmw≈5.9mm
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9 w=5.89mmw≈5.9mmDistance between successive bright fringes is equal to fringe width =w
Fringe width w= dDλ where D= distance b/w screen and slit =1.5mλ= wavelength =589×10 −9 md= distance between slit=0.15×10 −3 m=1.5×10 −4 mw= 1.5×10 −4 1.5×589×10 −9 w=5.89mmw≈5.9mmDistance between successive bright fringes is equal to fringe width =w =5.9mm