Exam 220-1101 topic 1 question 59 discussion

I would pick C, I think all of you are overthinking it. First VERIFY you got the right motherboard for the right cpu and you didn't mistakenly pick up the wrong motherboard. Then get the right motherboard if you did initially get the wrong one.

The answer is (D)

doesn't compatible motherboard mean you know it is compatible with the CPU? why would it be C?

I feel like the real answer would be to exchange the CPU for the correct model that matches the motherboard. While C is the only rational answer amongst the choices, it is still pointless and redundant because, guess what? If the CPU doesn't fit, then it's the WRONG socket type for the motherboard, so why am I wasting time re-verifying what I already know?

I picked (D) for the simple fact that the user is replacing the faulty motherboard so why not find a motherboard that’s compatible to the CPU But it is an old desktop and don’t know what type of CPU socket it is. Therefore yea I think (D) is the one.

The answer is D

veriTy...

The first sentence is extremely important here. (A technician is upgrading a faulty motherboard that was ORDERED by an END USER for an old, high-end desktop computer.) If the motherboard was ordered by an end-user, it's possible that the end-user ordered the incorrect one, it would indeed be prudent for the technician to consider verifying the socket type and manufacturer, as mentioned in option C. This step can help confirm whether the motherboard is compatible with the CPU. So, to clarify, the technician should initially verify the socket type and manufacturer (option C) to determine if there is a compatibility issue. If a compatibility issue is confirmed, then finding a compatible motherboard for the CPU (option D) or sending this motherboard back to the manufacturer for the correct motherboard and socket would be the appropriate next step.

C. Verity the socket type and manufacturer.

CPUs and motherboards are designed to work together based on specific socket types and compatibility. If the pins on the CPU do not line up with the socket on the motherboard, it's a clear indication that the CPU is not compatible with that motherboard. Trying to set pins or installing an adapter (Options A and B) is not a recommended approach. CPUs are delicate components, and attempting to modify the pins or using an adapter that was not designed for this purpose can lead to damage to the CPU and motherboard. Verifying the socket type and manufacturer (Option C) is a reasonable step to take to confirm compatibility. However, if it's clear that the CPU and motherboard have incompatible sockets, the best course of action is to find a compatible motherboard for the CPU. This will ensure a proper fit and functioning system.

Verify the socket type and manufacturer of the CPU and THEN find a compatible motherboard that supports the specific socket type required by the CPU.

Why would they test this? To throw confusion, make people fail and make more money?

Why would you go and buy a motherboard because the CPU cannot fit into the socket? It's more like when you have an android phone and you try to charge with apple cable, it's not gonna fit and when that happens you are not going to buy a new phone other than replacing the apple one with android cable which will work on your phone. C is the right answer just verify the socket type and the manufacturer. Then install the socket type and see if it's not gonna fit...

This is so confusing lol.. everyone is saying to check to see if they are compatible instead of getting a new motherboard. But don't you already know it isn't compatible by seeing that the sockets don't go together?

yeah, but when the motherboard is faulty and you have a good CPU you can look for a good motherboard exactly for your CPU, not a faulty motherboard ...right?

ALWAYS use Manufacture for CompTIA

Why would you verify something that is already known to be wrong? How frustrating would it be if you know a RAM can't be fitted into a slot and yet, a user keeps insisting that you VERIFY it. The answer should be D.