<prompt> Hlalosa karolo ea oksijene nakong ea ho hema.nan  <response>: Instruction in English: Describe the role of oxygen during respiration. . Response in English: During respiration, oxygen plays a crucial role in the process of breaking down glucose molecules to release energy that the body can use. This process, known as cellular respiration, takes place primarily in the mitochondria of cells.In the first stage of cellular respiration, glucose is broken down into simpler molecules in a process called glycolysis. This does not require oxygen and produces a small amount of energy.In the second stage, called the citric acid cycle, the simpler molecules are further broken down to release more energy. This stage requires oxygen as it is used to break down the molecules.In the third and final stage, called the electron transport chain, the energy released from the broken-down molecules is used to create ATP adenosine triphosphate, the primary energy source of cells. During this stage, oxygen acts as the final electron acceptor, allowing the process to continue and produce ATP.Overall, oxygen is essential for the efficient production of ATP during cellular respiration, allowing the body to harness the energy stored in glucose and use it for various cellular processes. Without oxygen, the body can only produce a limited amount of energy through glycolysis, leading to reduced cellular function and potential harm to the body. . Response in Sesotho: Nakong ea ho hema, oksijene e phetha karolo ea bohlokoa tšebetsong ea ho pshatla limolekhule tsa tsoekere ho ntša matla ao mele o ka a sebelisang. Tsebetso ena, e tsejoang e le ho hema ha lisele, e etsahala haholo-holo ho mitochondria ea lisele. Mokhahlelong oa pele oa phefumoloho ea lisele, tsoekere e aroloa ho ba limolekhule tse bonolo ka mokhoa o bitsoang glycolysis. Sena ha se hloke oksijene mme se hlahisa matla a manyane. Mokhahlelong oa bobeli, o bitsoang potoloho ea asiti ea citric, limolekhule tse bonolo li robeha ho feta ho lokolla matla a mangata. Mokhahlelo ona o hloka oksijene kaha e sebelisoa ho pshatla limolekhule. Mokhahlelong oa boraro le oa ho qetela, o bitsoang ketane ea lipalangoang tsa elektronike, matla a tsoang limolekhuleng tse robehileng a sebelisoa ho etsa ATP adenosine triphosphate, mohloli o ka sehloohong oa matla oa lisele. Nakong ena, oksijene e sebetsa e le moamoheli oa ho qetela oa elektronike, e lumellang tsebetso hore e tsoele pele le ho hlahisa ATP. Ka kakaretso, oksijene e bohlokoa bakeng sa tlhahiso e sebetsang ea ATP nakong ea phefumoloho ea lisele, e lumellang mele ho sebelisa matla a bolokiloeng ka tsoekere le ho e sebelisa bakeng sa mekhoa e sa tšoaneng ea lisele. Ntle le oksijene, mele o ka hlahisa matla a lekanyelitsoeng feela ka glycolysis, e lebisang ho fokotseng tšebetso ea lisele le kotsi e ka bang teng meleng. 