Hmm, let's see here. I'd go with D and E - the virtual CPU concept and support for SMP systems are key QEMU features. As for the other options, well, I'm not sure I'd want to be the one trying to run a QEMU VM with just one physical core. Talk about a recipe for a really, really slow virtual machine!
B is definitely false. I've used QEMU to create VMs with multiple virtual CPUs, so that option is out. As for the rest, I'd say D and E are the correct answers. Gotta love that virtual CPU magic, am I right? *winks*
A and D, without a doubt. The beauty of QEMU is that it can emulate any CPU architecture, so you're not limited by your host system. And the virtual CPU abstraction is what gives you that flexibility. Though I'm a little curious - what kind of host system can only spare one physical core per VM? That's just cruel.
Definitely D and E. QEMU's virtual CPU concept is the key to mapping virtual machines to physical CPUs, and supporting SMP systems is a must-have feature. I mean, who doesn't want their virtual machines to have more than one core these days?
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