Why can't I blow a fuse?

In the book I am reading, there is an experiment that consists of connecting an automotive style fuse and a 1.5V battery to observe blowing of a fuse.

However my fuse does not blow. I have repeated the experiment with a 9V battery but still it doesn't work. After these results, I have tried the experiment using a DC to AC adapter which can output up to 12V.

When I tried the experiment with 12V, tiny blue sparks would appear at the connection between the fuse and the adapter's output. Furthermore, the fuse had warmed up but it still did not blow.

Why is this the case? I initially thought that the fuse would blow as soon as I connect it to any amount of voltage since there is virtually no resistance. Why my fuse doesn't fuse?

• .. what's the blow current of the fuse? Commented Dec 20, 2015 at 17:52
• That's Ohm's law. It says nothing about how much current a battery can dish... unless you know its internal resistance. Do you? Commented Dec 20, 2015 at 18:01
• It obviously has some otherwise you'd get "virtually unlimited current" from it, wouldn't you? For an AA I've seen 150 to 300 milliohms in datasheets [when fresh], but my experience is that it quickly goes up if you try to suck those magic 5A or 10A from it. More like one or two amps is the practical limit, in my experience. Ohmmeters from DMM apply a current and read voltage or vice-versa, which doesn't work for measuring resistance of active elements like batteries (since the DMM doesn't know what the generated voltage is, because it doesn't measure it at the same time to "figure it out".) Commented Dec 20, 2015 at 18:08
• You can't measure battery resistance with a multimeter. Commented Dec 20, 2015 at 18:19
• @RespawnedFluff 3 batteries in parallel did the work. Thank you.
– Utku
Commented Dec 20, 2015 at 18:46