Question: 1/50
A team is explaining why quantum computers can outperform classical computers on some tasks. Which statement best describes the role of superposition in quantum computing?
A qubit can be in a linear combination of |0> and |1> until measured, enabling interference effects in computations.
A qubit stores multiple classical bits simultaneously and can output all of them on demand.
Superposition guarantees that a quantum algorithm will always be faster than a classical algorithm.
Superposition is only a property of multi-qubit systems and does not apply to single qubits.