Question

The diagram shows an experiment which has been set up to demonstrate two-source interference, using microwaves of wavelength a Х S. S₂ microwave transmitter 0 microwave detector metal plate with two slits The detector is moved from O in the direction of the arrow. The signal detected decreases until the detector reaches the point X, and then starts to increase again as the detector moves beyond X Which equation correctly determines the position of X? A OX = 12 B OX = 2 C S.X-S. X = N2 D S.X-S,X = 2​

Answer 1

Explanation:

The diagram shows an experiment which has been set up to demonstrate two-source interference, using microwaves of wavelength a Х S. S₂ microwave transmitter 0 microwave detector metal plate with two slits The detector is moved from O in the direction of the arrow. The signal detected decreases until the detector reaches the point X, and then starts to increase again as the detector moves beyond X Which equation correctly determines the position of X? A OX = 12 B OX = 2 C S.X-S. X = N2 D S.X-S,X = 2

Answer 2

Answer:

Explanation:

the correct answer is c because waves that are passing through the slits are getting decreased therefore the waves have destructive interference which is lambda/2 so the distance between the two waves travelled will give you the ans C. A is not an option because OX is the distance but not from transmitter