Free CompTIA Tech+ FC0-U71 Actual Exam Questions - Question 2 Discussion

B and D are way too small even converted; A is clearly largest.

Maybe A again, since even in binary terms 2TB is way bigger than 100GB or 4,000MB. The others are clearly smaller when you convert them all to the same unit.

It’s A because 2TB is 2,000GB in decimal terms, way bigger than 100GB or 4,000MB. B is tiny at just 50KB, so definitely not the largest here.

A/D? Since 4,000MB is only about 4GB, it’s way smaller than even 100GB or 2TB. So it’s really between A and C, with A clearly bigger when converted properly.

C imo doesn’t come close to A when you convert everything to the same unit. 100GB is 100,000MB, but 2TB is about 2,000,000MB, so that’s a huge difference. D’s 4,000MB is just a drop in the bucket compared to both. B is obviously tiny at 50KB—practically nothing for hard drives. So just looking at raw numbers, A clearly has the largest capacity without any doubt.

A vs C? Even if there’s some confusion about decimal vs binary units, 2TB is still way bigger than 100GB. 2TB equals about 2,000GB, which dwarfs 100GB. D’s 4,000MB is just around 4GB, so that’s much smaller too. And B’s 50KB is negligible here. So I’m with A on this one.

A imo, since 1TB equals 1,000GB, so 2TB is about 2,000GB. Compare that to C’s 100GB and D’s 4GB (4,000MB), A is way bigger. B’s just 50KB, which is nothing in the hard drive world. Even if there’s some unit confusion, 2TB beats the rest by a huge margin.

D imo, since 4,000MB is roughly 4GB, that’s way smaller than 100GB or 2TB. B is tiny at 50KB, so no chance there. C’s 100GB is big but still nothing compared to 2TB in A. So by process of elimination and size conversion, A really has the largest capacity here.

Maybe D doesn’t stand a chance since 4,000MB is only around 4GB. B is obviously tiny at 50KB, and C’s 100GB is decent but nowhere near a couple of terabytes. So A’s 2TB clearly beats all the rest.

Pretty sure 2TB (A) is way bigger than the others. 100GB and 4,000MB (which is about 4GB) don't come close, and 50KB is tiny. So A makes the most sense here.

Another way to see it: 4,000MB is just around 4GB, so way smaller than 100GB or 2TB. A it is.

Maybe A, since even 1TB is 1,000GB, so 2TB beats 100GB easily.

Maybe A, since 2TB is way larger than the rest even if you convert units differently.

C/D? 100GB is obviously bigger than 4,000MB since 1GB = 1,024MB, so 100GB > 4,000MB. But both are still way smaller than 2TB, so A wins easy.

A