b) Consider a separation distance between two slits is 0.25 mm where several bright fringes can be seen on a screen with

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b) Consider a separation distance between two slits is 0.25 mm where several bright fringes can be seen on a screen with

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B Consider A Separation Distance Between Two Slits Is 0 25 Mm Where Several Bright Fringes Can Be Seen On A Screen With 1
B Consider A Separation Distance Between Two Slits Is 0 25 Mm Where Several Bright Fringes Can Be Seen On A Screen With 1 (301.31 KiB) Viewed 32 times
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b) Consider a separation distance between two slits is 0.25 mm where several bright fringes can be seen on a screen with 5.5 m away as illustrated in Figure 4. i. What is the wavelength of the light if the distance of adjacent bright interference fringe from centre is 4.0 mm? Show your working steps. ii. Calculate the distance between the second-order and the fourth-order of the bright fringes. Bright interference fringe's view 0.2Srnm Hakan 553) 5.5 m Figure 4 (12 marks)
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