I believe it’s B. Electrons
If we increase the wavelength (λ), fringe width will increase and the interference pattern on the wall will spread out.
<h3>What is two - slit interference?</h3>
The double or two-slit interference is a demonstration that light and matter can display characteristics of both classically defined waves and particles.
It also displays the fundamentally probabilistic nature of quantum mechanical phenomena.
During a two-slit interference experiment, a beam of light is aimed at a barrier with two vertical slits.
<h3>The fringe width is given by the relation</h3>
fringe width = λ L / D
where;
- λ is wavelength of light used,
- L is distance of wall from the source of light and
- D is slit separation.
Thus, if we increase the wavelength (λ), fringe width will increase and the interference pattern on the wall will spread out.
Learn more about double slit here: brainly.com/question/4449144
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Answer:
The first scenario will drain the battery faster.
Explanation:
The first scenario, since the three bulbs would be connected in series, there is no interruption in the circuit and the current can flow freely around the circuit. While in the second scenario there is an open gap, where the passage of the current is interrupted and therefore bulbs located in spaces 1 and 3 would not work.
The momentum of both the identical balls would eventually be transferred to one another when it comes to a point wherein they will collide. In addition, the phenomenon is called an elastic collision wherein both the momentum and energy of the system would considered to be conserved.
