<prompt> Theha algorithm e fumanang linomoro tsohle tsa mantlha ho fihlela moeli o fanoeng o kaholimo.Moeli o ka holimo 20  <response>: Instruction in English: Construct an algorithm that finds all prime numbers up to a given upper limit. . Response in English: One common algorithm to find prime numbers up to a given upper limit would be the Sieve of Eratosthenes. Heres how the algorithm for finding all prime numbers up to a given upper limit of 20 would look like:1. Create a list of integers from 2 to the maximum number upper limit, lets call it numbers 2, 3, 4, ..., 20.2. Create an empty list to store prime numbers, lets call it primes .3. Let p 2, the first prime number.4. Remove all multiples of p from the numbers list by iterating over the list and checking if a given number n in the list is divisible by p using the modulus operator n p 0. If it is, remove n from the numbers list. The resulting list now contains only numbers that are not divisible by p.5. Move p to the next number in the numbers list that is greater than the current value of p and repeat step 4.6. Continue repeating step 4 and 5 until the p is greater than the square root of the maximum number. At this point, all remaining numbers in the numbers list are necessarily prime, and we can add them to the primes list.7. Return the primes list.In Python, the implementation would look like this:pythondef find_primesupper_limit: numbers listrange2, upper_limit 1 primes p 2 while p upper_limit0.5: primes.appendp numbers n for n in numbers if n p ! 0 p numbers0 primes.extendnumbers return primesupper_limit 20result find_primesupper_limitprintresult . Response in Sesotho: Algorithm e le ngoe e tloaelehileng ea ho fumana linomoro tsa mantlha ho fihlela moeling o fanoeng e ka ba Sieve ea Eratosthenes. Mona ke kamoo algorithm ea ho fumana linomoro tse ka sehloohong ho fihlela moeling o ka holimo o fanoeng oa 20 o tla shebahala tjena: 1. Etsa lethathamo la linomoro ho tloha ho 2 ho ea ho palo e phahameng moeli o ka holimo, ha re e bitse nomoro 2, 3, 4, ..., 20. 2. Etsa lethathamo le se nang letho ho boloka linomoro tsa mantlha, ha re li bitse primes . 3. E re p 2, nomoro ea mantlha ea pele. 4. Tlosa litlhaku tse ngata tsa p lenaneng la linomoro ka ho pheta-pheta holima lenane le ho hlahloba hore na nomoro e fanoeng n lethathamong e aroloa ka p ho sebelisoa modulus opareitara n p 0 . Haeba e le teng, tlosa n lenaneng la dinomoro. Lenane le hlahang joale le na le linomoro feela tse sa aroloeng ka p. 5. Tsamaisetsa p nomorong e latelang lenaneng la dinomoro e fetang boleng ba hajwale ba p mme o phete mohato wa 4. 6. Tswella ho pheta mohato wa 4 le 5 ho fihlela p e le kgolo ho feta sekwere. motso oa palo e kholo. Mothating ona, linomoro tsohle tse setseng lenaneng la linomoro li hlile li bohlokoa, me re ka li kenya lenaneng la li-primes. 7. Khutlisetsa lenane la lintho tse kholo. Ho Python, tsebetsong e ne e tla shebahala tjena: python def find_primesupper_limit: linomoro listrange2, upper_limit 1 primes p 2 ha p upper_limit0.5: primes .tlaleletsap dinomoro n bakeng sa n ka dipalo haeba n p ! 0 p dinomoro0 primes. atolosalinomoro kgutlisetsa dipremime upper_limit 20 result find_primesupper_limit printsephetho 