If a digital audio workstation (DAW) uses a Fibonacci sequence to determine the duration of reverb tails, which outcome arises as the sequence progresses to higher-order terms?

💡 Explanation

Because the Fibonacci sequence involves summing the two preceding terms, the numerical values increase without bound as the sequence continues; therefore, the duration of the reverb tail increases exponentially, rather than oscillating, ceasing, or shortening geometrically.

• In a simulation of the Towers of Hanoi with 'n' disks, what happens to the number of moves required as the simulation hits the base case (n=1)?
• Which mechanism ensures a compiler correctly translates formal language code into machine instructions?
• A bridge truss is modeled as a linear system of forces; if one support fails, which outcome is most likely?
• If voters exhibit single-peaked preferences in an election with several candidates, which outcome is guaranteed regarding Condorcet cycles?
• What happens to the memory usage when a context-free grammar, expressed in Backus-Naur Form, is parsed using the CYK algorithm?
• What happens to a database query result when the set theory principle of 'union' combines two tables with completely disjoint sets of primary keys?