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    HomeCertificationsIBM A1000-099: Assessment: Foundations of Quantum ComputingFree Practice Test
    Prasenjit Sarkar
    By Prasenjit Sarkar·Last verified: 2026-08-15
    IBM FreeFOUNDATIONAL

    Free IBM A1000-099: Assessment: Foundations of Quantum Computing Practice Test

    A1000-099

    Test your knowledge with 20 free practice questions for the A1000-099 exam. Get instant feedback and see if you are ready for the real exam.

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    Questions20
    Time LimitNo Limit
    DifficultyFOUNDATIONAL
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    Sample Practice Questions

    Try these IBM A1000-099: Assessment: Foundations of Quantum Computing sample questions — no signup required

    Sample 20 Free
    1
    Quantum Computing Fundamentals

    What is the fundamental unit of quantum information that can exist in a superposition of states?

    2
    Quantum Computing Fundamentals

    Which quantum phenomenon allows two or more qubits to have correlated states regardless of the distance between them?

    3
    Quantum Gates and Circuits

    A quantum algorithm researcher needs to prepare a qubit in an equal superposition state. Which single-qubit gate should be applied to a qubit initially in the |0⟩ state?

    4
    Quantum Computing Fundamentals

    What happens to a qubit's quantum state when it is measured?

    5
    Quantum Gates and Circuits

    Which quantum gate is used to create entanglement between two qubits?

    6
    Quantum Computing Fundamentals

    In the context of quantum computing, what does the Bloch sphere represent?

    7
    Quantum Algorithms and Applications

    What is the primary purpose of Grover's algorithm?

    8
    IBM Quantum Platform and Tools

    A development team is building a quantum circuit on IBM Quantum Platform. They notice their circuit uses gates that are not native to the hardware. What process will IBM Quantum Platform perform before execution?

    9
    Quantum Gates and Circuits

    Which property distinguishes a universal quantum gate set?

    10
    Quantum Computing Fundamentals

    What does the term 'decoherence' refer to in quantum computing?

    11
    Quantum Computing Fundamentals

    A researcher runs a quantum circuit multiple times and obtains different measurement outcomes. What is the best explanation for this behavior?

    12
    IBM Quantum Platform and Tools

    In Qiskit, which component is responsible for executing quantum circuits on actual quantum hardware or simulators?

    13
    Quantum Algorithms and Applications

    Which statement best describes Shor's algorithm?

    14
    Quantum Gates and Circuits

    A quantum circuit designer needs to apply a rotation around the Z-axis by π radians. Which gate accomplishes this?

    15
    Quantum Computing Fundamentals

    What is the primary advantage of quantum annealing compared to gate-based quantum computing?

    16
    Quantum Gates and Circuits

    A quantum software developer observes that their quantum circuit's fidelity decreases significantly as circuit depth increases. What is the most likely primary cause?

    17
    Quantum Algorithms and Applications

    In the context of variational quantum algorithms like VQE (Variational Quantum Eigensolver), what role does the classical computer play?

    18
    IBM Quantum Platform and Tools

    Which IBM Quantum tool provides a graphical interface for building quantum circuits by dragging and dropping gates?

    19
    IBM Quantum Platform and Tools

    A quantum algorithm implementation requires applying a controlled-phase gate between non-adjacent qubits on hardware with limited connectivity. What must be done to execute this operation?

    20
    Quantum Algorithms and Applications

    What is the significance of quantum supremacy (or quantum advantage)?

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