"Not many people know that Einstein was a burly, muscular fellow. But if Einstein tried to get a cat in a carrier, and the cat didn't want to go, you know what would happen to Einstein. He would have to resort to a brute-force solution that has nothing to do with intelligence, and in that matchup the cat could do pretty well for itself." This seems, actually, like a perfect argument going in the other direction. Ever…
The first time Random Human A attempts to get Random Cat B into a box, they're going to have a hard time. They'll get there eventually, but they'll be coughing from the dust under the bed, swearing from having to lift the bloody sofa up, and probably have some scratches from after they managed to scare the cat enough for it to try attacking.
However, speaking as a cat owner, if you've iterated on the problem a dozen or so times, Cat B is going in the box swiftly and effortlessly. Last time I put my cat in its box, it took about 3 minutes. Trying for the bed? Sorry, door's closed. Under the sofa? Not going to work. Trying to scratch me? Turns out cat elbows work the same way as human elbows.
The same surely applies to a superintelligent AI?
(Likewise with the Navy Seal On The Island Of The Tigers. Just drop one SEAL in there with no warning? He's screwed. Give a SEAL unit a year to plan, access to world experts on all aspects of Panthera tigris, and really, really good simulators (or other iteration method) to train in? Likely a different story. )