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Why is it important to insert a processor straight down into a socket rather than sliding the processor in from the side or allowing it to tilt into the socket?
Because the pins on the bottom of the processor can be easily bent (assuming that this is a processor for a PGA (Pin Grid Array) or SPGA (Staggerd PGA) socket. It is worth noting though that a processor for a LGA (Land Grid Array) socket is not as susceptible to this as the there are lands or pads on the bottom of the processor instead of pins; the pins are in the socket. The book that asks this question assumes PGA.
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Very true BUT you can bend the lands in an LGA socket, rendering the socket hence the motherboard useless!
What else can I help you with?
Why is it important to insert a processor straight down to into a socket rather than sliding the processor in from the side or allowing it to tilt into the sockets?
You don't want to bend the pins
Why is it important to insert a process or straight down into a socket rather than sliding the processor in from the side or allowing it to tilt into the socket?
You can bend (thus damaging) the pins on the underside of the processor
Why is it important to inserta processor straight down into a socket rather than sliding the processor in from the side or allowing it to tilt into a socket?
Because the pins or lands on the CPU or the CPU Socket are easily bent
Why is it important to insert a processor straight down into the socket rather than sliding the processor in from the side or allowing it to tilt into the socket?
Processor pins, or in modern computers the pins in the sockets, are very delicate and easy to bend. If you insert the processor any way other than straight down, you will bend the pins and likely destroy either the processor or the motherboard, or both.
Why is it important to insert a processor down into a socket rather than sliding the processor in from the side or allowing it to tilt into the socket?
So you don't break or bend the pins on the chip.
What is a transformation of a figure by sliding it in a straight path without rotation or reflection?
It is a translation of the shape on the coordinated grid
Which transformation can verify congruence by sliding one triangle over another apex?
The transformation that can verify congruence by sliding one triangle over another is called a translation. During this transformation, one triangle is moved (or "slid") along a straight path without rotating or flipping it, allowing for direct comparison of corresponding sides and angles. If the triangles align perfectly after the translation, it confirms that they are congruent.
What path does a vertex of a square trace?
It depends on what the motion is. If the square is sliding along a straight line then the path of the vertex is a straight line. If the square is rotating, the answer will vary according to the location of the centre of rotation.
What are the best sun shade options for a sliding glass door?
The best sun shade options for a sliding glass door are vertical blinds, sliding panel track blinds, and solar shades. These options provide effective sun protection while also allowing for easy operation and maintenance.
Can the center window be replaced with a rear sliding window on a Ford F-250?
I just shattered the rear sliding window of my Ford F250 and was told by Dave of Quality Glass in LaPorte IN that the current generation of rear sliding windows are designed so the glass cannot be removed to be replaced, so the answer given me was, I need to purchase a new sliding window assembly. I checked into replacing the sliding window with just straight glass and it actually cost me more than aftermarket sliding windows. This is not the definitive answer, but the working answer in my situation.
What moves backwards and forwards in a straight line?
A train moves backwards and forwards in a straight line along its tracks. Similarly, a piston in an engine operates in a straight line, moving back and forth to generate power. Additionally, a sliding drawer can also move in and out along its guides in a straight path.
What is a sliding T bevel used for in woodworking and carpentry?
A sliding T bevel is a tool used in woodworking and carpentry to measure and transfer angles. It can be adjusted to match the angle of a corner or edge, allowing for accurate cutting and fitting of materials.
