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Mathematics 14 Online
OpenStudy (anonymous):

Rotating 180° clockwise would be the same as which of the following? A. rotating 90° counterclockwise B. rotating 90° clockwise C. rotating 180° counterclockwise D. rotating 270° clockwise. (fan and medal) :) ♥

OpenStudy (anonymous):

@bloopman

OpenStudy (anonymous):

Just use u-substitution to find the initial state of a qubit before it is observed in the plus/minus basis and use Grover's algorithm to search through a lattice of N indexes

OpenStudy (anonymous):

Well, it took me two or three minutes. But here's the result.

OpenStudy (anonymous):

Exactly ^

OpenStudy (anonymous):

holy crap.

OpenStudy (anonymous):

We're just kidding. It's C. 180 is typically a half turn. Think of a circle.

OpenStudy (anonymous):

Oh thanks! so like I'll give you the medal and a fan(: and him also

OpenStudy (anonymous):

Cheers :D

OpenStudy (anonymous):

Or think of a Rubik's cube. If you have one lying around, try turning one face 180 degrees clockwise. Reset it. Then try turning it 180 degrees counterclockwise. Did anything happen differently? (pic related ;)

OpenStudy (anonymous):

Yes it did bloop. Due to quantum gravity, the 180 degree turn in the opposite direct spawned a super massive white hole that spit out thousands of rubric cubes from several mutiuniverses. Look what you've done...

OpenStudy (anonymous):

RUBRIC CUBES BAHAHAHAH

OpenStudy (anonymous):

LOL

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