<prompt> Latela tsela ea foto ka teko e le ngoe.nan  <response>: Instruction in English: Trace the path of a photon in a single-slit experiment. . Response in English: A single slit experiment is used to demonstrate the wave-like behavior of particles such as a photon, the elementary particle of light. 1. A photon is fired from a light source, such as a laser or light bulb, towards a barrier with a single narrow slit. 2. The photon travels in a straight line towards the barrier, and when it encounters the slit, it either passes through it or reflects off the barrier. This occurs because of the wave-particle duality of photons which means they display the properties of both waves and particles at the same time. 3. If the photon passes through the slit, its wave function appears to spread out or diffract, which changes the direction of the wavefront. This is the result of interference between the waves coming from different parts of the slit. 4. After passing through the slit, the photon continues to travel in all directions due to diffraction, until it finally hits a screen or detector. 5. The data collected by the detector allows us to see an interference pattern projected on the screen. This pattern consists of a series of bright fringes with dark fringes in between. Overall, the single slit experiment demonstrates the wave behavior of particles such as photons, and illustrates the concept of diffraction and interference. . Response in Sesotho: Teko e le ngoe e sebelisoa ho bontša boitšoaro bo kang ba maqhubu a likaroloana tse kang photon, karolo ea motheo ea leseli. 1. Photon e lelekoa mohloling oa leseli, joalo ka lebone la laser kapa lebone, ho leba mokoallong o nang le lekhalo le le leng le moqotetsane. 2. Photon e tsamaea ka mokhoa o otlolohileng ho ea mokoallong, me ha e kopana le lekhalo, e ka feta ho eona kapa e bonahatsa ho tloha mokoallong. Sena se etsahala ka lebaka la likaroloana tsa maqhubu a li-photon tse bolelang hore li bontsa likarolo tsa maqhubu le likaroloana ka nako e le ngoe. 3. Haeba photon e feta ka sekoting, tsebetso ea eona ea maqhubu e bonahala e hasana kapa e fapane, e fetolang tsela ea pele ea maqhubu. Sena ke phello ea ho kena-kenana pakeng tsa maqhubu a tsoang likarolong tse fapaneng tsa lekhalo. 4. Ka mora ho feta sekoting, photon e tsoela pele ho tsamaea ka mahlakoreng ohle ka lebaka la diffraction, ho fihlela qetellong e otla skrine kapa detector. 5. Lintlha tse bokelletsoeng ke detector li re lumella ho bona mokhoa oa ho kena-kenana o hlahisoang skrineng. Mohlala ona o na le letoto la litjellane tse khanyang tse nang le litjellane tse lefifi lipakeng. Ka kakaretso, teko e le ngoe ea slit e bontsa boitšoaro ba maqhubu a likaroloana tse kang photons, me e bontša khopolo ea ho fapana le ho kena-kenana. 