More like 500W dissipation at switch on, roughly 4.87A inrush current, as opposed to the nominal 0.33A running current. Hot resistance should be around 360 ohms.
Hot resistance is appromixately 15-16 times of cold resistance. An interesting fact about incandescent lamps, in my experience measuring current during operation and measuring cold resistance, most incandescent lamps consume just below the rated wattage. Some bulbs, especially Chinese junk, rated well below the rated wattage. If it measures above rated wattage its probably overdriven a little.
The real wattage is below the rated one, as it was rather common to rate incandescent to the maximum side of the mains tolerance range, so they mostly operate below their rating.
But it seems, then this approach changed in last ~10 years at east in Europe, as new bulbs were rated at 230V, so the mains nominal. And my experience is, then they are pretty accurate in the real wattage input here, standard deviation way better then 1%...
I used a lab power supply, and I powered up some lamps just to prove that a hot resistance is lower, known as the baretter effect. That's also how SBMV filament works.
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But it seems, then this approach changed in last ~10 years at east in Europe, as new bulbs were rated at 230V, so the mains nominal. And my experience is, then they are pretty accurate in the real wattage input here, standard deviation way better then 1%...