<prompt> Theha algorithm ho fetolela linomoro tsa decimal ho linomoro tsa binary.nan  <response>: Instruction in English: Create an algorithm to convert decimal numbers to binary numbers. . Response in English: Heres an algorithm to convert decimal numbers to binary numbers:1. First, start with the decimal number that needs to be converted to binary.2. Divide the number by 2 and note down the remainder. This will be the least significant bit LSB of the binary number.3. If the quotient obtained from step 2 is not zero, divide it again by 2 and note down the remainder. This will be the second least significant bit. Keep repeating this process until the quotient is zero.4. The remainders obtained will be the binary representation of the decimal number, with the last remainder being the most significant bit MSB.5. Arrange the remainders in reverse order to get the final binary representation.For example, lets see how this algorithm can convert the decimal number 11 to binary:1. Start with the decimal number 112. Divide 11 by 2, which gives a quotient of 5 with a remainder of 1. The remainder is the first binary digit LSB: 13. Divide 5 by 2, which gives a quotient of 2 with a remainder of 1. The remainder is the second binary digit: 114. Divide 2 by 2, which gives a quotient of 1 with a remainder of 0. The remainder is the third binary digit: 0115. Finally, divide 1 by 2, which gives a quotient of 0 with a remainder of 1. The remainder is the fourth binary digit MSB: 1011The binary representation of the decimal number 11 is 1011. . Response in Sesotho: Mona ke algorithm ea ho fetolela linomoro tsa decimal ho linomoro tsa binary: 1. Ntlha ea pele, qala ka nomoro ea decimal e lokelang ho fetoloa ho binary. 2. Arola palo ka 2 me u ngole karolo e setseng. Ena e tla ba palo e nyane haholo LSB ea nomoro ea binary. 3. Haeba quotient e fumanweng mohatong wa 2 e se lefela, e arole hape ka 2 mme o ngole se setseng. Ena e tla ba karolo ea bobeli ea bohlokoa haholo. Tsoela pele ho pheta mokhoa ona ho fihlela quotient e le zero. 4. Mesaletsa e tla fumanoa e tla ba kemelo ea binary ea nomoro ea decimal, me karolo ea ho qetela e tla ba ea bohlokoa ka ho fetisisa MSB. 5. Hlophisa masalla ka tatellano e ka morao ho fumana boemeli ba ho qetela ba binary. Mohlala, ha re boneng hore na algorithm ena e ka fetolela nomoro ea decimal 11 joang ho binary: 1. Qala ka nomoro ea decimal 11 2. Arola 11 ka 2, e fanang ka quotient ea 5 ka karolo e setseng ea 1. E setseng ke binary ea pele. palo LSB: 1 3. Arola 5 ka 2, e fanang ka quotient ea 2 le karolo e setseng ea 1. Ho setseng ke palo ea bobeli ea binary: 11 4. Arola 2 ka 2, e fanang ka quotient ea 1 le ho sala. ea 0. Se setseng ke nomoro ea boraro ea binary: 011 5. Qetellong, arola 1 ka 2, e fanang ka quotient ea 0 le karolo e setseng ea 1. Se setseng ke nomoro ea bone ea binary MSB: 1011 The binary representation of the Nomoro ea decimal 11 ke 1011. 