QC2 Practice

\[ \newcommand{\braket}[2]{\langle{#1}|{#2}\rangle} \]

(A new random version of this problem will be generated every time I update the site. This happens at least 3-4 times a week.)

What is the probability of getting outcome \(\ket{0}\) when the qubit is measured, and what will the other qubit collapse to in this case? What is the probability of getting \(\ket{1}\) when the qubit is measured, and what will the other qubit collapse to in this case?

Gemini was used to assist in generating the code that produces the randomized problems on this page. While AI contributed to this content, it was designed, reviewed, and approved by Prof. Shelby Kimmel.