MIT graduates cannot power a light bulb with a battery
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Overall I do believe that this is a problem and more common than one would think. I recall, as a computer science undergrad, when I was doing my senior thesis (which was a low level project), that I mentioned a trouble was with pulse width modulation on the board I was using. And I was rather surprised (shocked really) how so many computer science majors (who at minimum would have taken some physics, and also a basic electronics course) did not know what basic electronics things like pulse width modulation worked, or how a servo worked, as these were things I picked up as kid for fun.
So a lame Portuguese university does better than MIT?
Sure, it's common for hobbyists using R/C servos to know the term these days, but I can't really consider that universal knowledge. I'd be pretty impressed if a CS interview candidate even knew what an RC servo was.
"Maybe" is the answer to almost all y/n engineering questions.
I thought it had to be a trick question. Too much simulation, not enough hands on labs with chips exploding off the breadboards because of positive being red {not black like in accounting}. 8)
Given a big enough battery, of course, for a brief amount of time the wire itself can light up. I've melted plenty of bare 14 AWG wire across some bolts screwed into a big aircraft NiCad cell when I was a kid.
Jokes aside, as a kid I took super thin, uninsulated, copper wire meant for making jewelry and wrapped it pole-to-pole around a D cell batter. Burned my tiny child fingers and the copper wire began melting through the battery casing. I don't recall how the situation concluded...I called my parents after something began smoking.... That same year, I also made a "light bulb" by placing 0.5mm Mechanical pencil led across the terminals of a 6V moped battery.
The man at 1:58 was given a 1.5v bulb.
edit: except for the only person who actually got it to work.