Blog

Changing the Basis On one of the experimental quantum computers, we can only measure qubit in the Hadamard basis where 

Grover’s Algorithm part-2 Step-1A in Grover’s algorithm is flipping the sign of the matching element using an oracle function ().  After this step what is the probability amplitude corresponding to ? (You must enter a numerical answer in the closed interval [-1,1] and you must keep the leading zero if there is one.)

Grover’s Algorithm part-6 Grover’s algorithm iterates the three steps (A, B, C).  We will estimate the probabilities for one more round of Grover’s algorithm. During the second round, what is the average value of the amplitudes () after Step-2B? (You must enter a numerical answer in the closed interval [-1,1] and you must keep the leading zero if there is one. Keep 4 decimal places.)

Grover’s Algorithm part-4 Step-1C in Grover’s algorithm is performing the Grover Diffusion Operator (in essence, each becomes

Testing the Basis Which of the following represents a valid quantum state? (Select all that apply)   A.

Grover’s Algorithm part-8 We decide to perform a measurement after 2 rounds of Grover. What is the probability that we will get the correct answer?  (You must enter a numerical answer in the closed interval [0,1] and you must keep the leading zero if there is one. Keep 4 decimal places.)

Grover’s Algorithm part-7 Grover’s algorithm iterates the three steps (A, B, C).  We will estimate the probabilities for one more round of Grover’s algorithm. During the second round, what is the probability amplitude corresponding to after Step-2C (applying the Grover Diffusion Operator)? (You must enter a numerical answer in the closed interval [-1,1] and you must keep the leading zero if there is one. Keep 4 decimal places.)

Grover’s Algorithm Grover’s algorithm is an efficient algorithm that can speedup database lookup operations.  In this problem, we are concerned with looking up a database containing 100 elements (

More Quantum Circuit Analysis We can generate a 50 qubit, quantum circuit qcircuit using the following qiskit like code, ================================== qcircuit = QuantumCircuit(50)      # COMMENT: quantum circuit with 50 qubits Q[0] to Q[49] qcircuit.h(0)                                     # COMMENT: insert H-gate on 0th qubit for i in range(1, 49):     qcircuit.cnot(i-1, i) for i in range(1, 49):     if i % 2 == 0:         qcircuit.x(i) ================================== If we measure qubits Q[11], Q[24], and Q[37], what will be the three-qubit state Q[11], Q[24], Q[37]? A.

Students are growing lettuce plants in lab. Which of the following is an example of a hypothesis that could be related to this work? Copyright 2024 by Edmonds College Department of Biology. All rights reserved. Online sharing or distribution is prohibited. For exam use only in BIOL& 211: Majors Cellular Biology at Edmonds College. Outside help is not allowed.