The diffraction effects in a microscopic specimen become important when the separation between two points is

What is the effect on interference pattern in Young's double slit experiment when separation between two slits is increased. Explain your answer in each case.

How does the angular separation between fringes in single-slit diffraction experiment change when the distance of separation between the slit and screen is doubled ?

How does the angular separation between frings in single-slit diffraction experiment change when the distance of separation between the slit and screen is doubled ?

How does the angular separation between fringes in single-slit diffraction experiment change when the distance of separation between the slit and screen is doubled?

How does the angular separation between frings in single-slit diffraction experiment change when the distance of separation between the slit and screen is doubled ?

(a) Two protons are placed at separation d on a smooth surface. Find the speed of each proton when separation between them is doubled. (b) An alpha -particle and a proton are placed at a separation d on a smooth surface.Find the speed of each when separation between them becomes infinite. ( m : mass of proton , e : charge of proton.)

An eye can distinguish between two points of an object if they are separated by more than 0.22 mm when the object is placed at 25 cm from the eye. The object is now seen by a compound microscope having a 20 D objective and 10 D eyepiece separated by a distance of 20 cm. The final image is formed at 25 cm from the eye. What is the minimum separation between two points of the object which can now be distinguished?

An eye can distinguish between two points of an object if they are separated by more than 0.22 mm when the object is placed at 25 cm from the eye. The object is now seen by a compound microscope having a 20 D objective and 10 D eyepiece separated by a distance of 20 cm. The final image is formed at 25 cm from the eye. What is the minimum separation between two points of the object which can now be distinguished?

An eye can distinguish between two points of an object if they are separated by more than 0.22 mm when the object is placed at 25 cm from the eye. The object is now seen by a compound microscope having a 20 D objective and 10 D eyepiece separated by a distance of 20 cm. The final image is formed at 25 cm from the eye. What is the minimum separation between two points of the object which can now be distinguished?

Two wavelengths of sodium light 590 nm and 596 nm are used in turn to study the diffraction at a single slit of size 4mm. The distance between the slit and screen is 2m. Calculate the separation between the positions of the first maximum of the diffraction pattern obtained in the two cases.