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There will always be locked system files, even if you don't have any applications running. If it will boot or not depends on what you do. A formatted primary partition set as active will be bootable.

The card's own memory can be whatever. What is important is how it is connected to the motherboard.

It is an Amiga 500. It is priceless. Kickstart is what powers it when you turn it on.

It is running Kickstart 1.3

I have a computer somewhere that only have 512 kB ram installed. It runs fine.

I think what you are looking for is called the recycle bin :-)

What is the argument?

Next time you can try: extract the iso to a small primary partition. Make the partition active. Use bootsect /nt60 to create a correct boot sector (if xp has formatted the drive). Put the harddrive back and install Windows.

Linux is one of the exceptions. Without shared gfx, you should be able to use all of it as normal system ram. The pae kernel is not restricted as in Windows.

I think that is debatable. The content of unreferenced sectors is not important.

Well, it doesn't. The invisible part is wasted.

Part of the bios tend to be compressed. It needs ram to be uncompressed.

I think I see where we misunderstand each other. You are talking about maintaining the data on the drive while creating the array. I'm past that (the OS can be ghosted to another 3rd drive) :)

Why do you think that? From the OS's perspective there is no difference in addressing the data. The OS is not concerned about the physical layout (LBA numbering is the same before and after).

A reinstall shouldn't be necessary. You just need to make sure Windows has access to the raid driver. It is a bit like switching from pata to sata. You can google a how-to guide.

The maximum is actually 16 TB per file :-)

It is just a definition. 1000 bytes per kB is also as it is. GB vs GiB is like mph vs km/h. They both actually are

Well, why do it, if you know it makes no sense?

I think he talked about how fast SATA is. 1.5 Gbps is 1.500.000.000 bits per second. Etc.

1.5 Gb is 1.500.000.000 bits, not 1610612736 :)