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Additional answer: The graphics card is replaced with the Ӱ 9600GT Enhanced Edition which is good. The workmanship of the Shadow is okay. It is best to choose ZOTAC's 9600GT

Core 2 Duo E8400 This is a mid-to-high-end CPU, and the motherboard should also choose a mid-to-high-end P45 chip, that is, choose ASUS P5Q

2.Onda 9600GT 512M DDR3 is no problem, but for the sake of stability, it is recommended to choose a graphics card with good workmanship, Onda's graphics card is very cheap, but the workmanship is average.

3.The power supply rating of 350W is enough, and there is no need for more

4.There is no problem with the rest.,Don't play games very much.,This set of configurations for business office can be said to be more than enough.。。。 It's even a bit of a waste, hehe...

The overall configuration is very good, office, I think you should choose a silent version of the graphics card, 9600gt, overall, it's still a bit noisy, it is recommended to choose Dilan4650 ice diamond, only 399 yuan, but for your office, there is no essential difference at all with 9600gt.

There's not much to say, the motherboards are pretty much the same.

Memory, buy 1 and 2G DDR2 800 directly, the chassis looks good, buy it.

The workmanship gap is not too big, the really good chassis is too expensive, and that is a luxury.

Why spend that extra amount of money on a graphics card with an integrated motherboard for your business office with ASUS's P5KPL AM SE

The lieutenant general version of the Shadow Run is good The black will be better The black will have 1G of video memory The stability of the Shadow Run is better If you have to choose a graphics card I recommend these two.

If you don't play games, 9600 is a bit of a waste.

Resistance value beam potato is 16 resistance wire bent into a ring, slag only a quarter of the resistance value of the carrier is 4, three-quarters of the resistance is 12, the total resistance value of the two sections of resistance wire in parallel:

r= r1r2r1+r2

So the answer is 3

It seems that the 3 factors that affect the resistance are the material, the thickness, the length, and the shortness, so it's useless, I don't remember.

Because AD is an angular bisector and perpendicular to EF, and AP is a common line, the triangles AEP and AFP are congruent. Angular AEP = Angular AFP = Angular MFC; ＜m=＜aef-＜b；

m=＜acb-＜aef；

Add the two formulas together to draw conclusions.