Answer:The specimens will never be shaken.Explanation:It’s Computational Thinking:CT Skills - Algorithmic Thinking (AL)CS Domain - Algorithms and programmingTags - Programming language, SequenceThe first programming languages, developed in the 1940's and 1950's, looked like the one in our task,and are called assembly languages. Program lines were numbered and special commands, known as goto instructions, were used for jumping to a different line than the next one. It was really difficult to readthese programs and find mistakes but easy to make them. The error-proneness of such programminglanguages was the reason why modern programming languages were developed starting in the 1950's.These modern languages are not line-oriented and contain structures like loops, procedures andselections, instead of go to instructions.Reference:https://homepages.cwi.nl/~storm/teaching/reader/Dijkstra68.pdfThe program always jumps from line 3 to 6 and from line 7 to 2. Except at the beginning, the programvisits only lines No. 2, 3, 6, 7. The instruction to shake the specimen is on line No. 8, which is nevervisited. This means the device will never shake anything according to the program. Moreover, theinstruction on line No. 9 is never executed, so the program continues forever.The specimens will never be shaken.