Comments on: How do they make Silicon Wafers and Computer Chips? http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/ dining solutions direct Thu, 19 Nov 2009 00:03:59 +0000 hourly 1 By: CapitanoGUC http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-190 CapitanoGUC Sun, 25 Oct 2009 03:49:08 +0000 http://elito-epox.com/?p=8#comment-190 silicon is more use in boobs ...:-) silicon is more use in boobs …:-)

]]> By: janice T http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-208 janice T Sun, 25 Oct 2009 02:51:14 +0000 http://elito-epox.com/?p=8#comment-208 since it is square, A(x) = (12 + x )^2 = x^2 + 24x+ 144 A'(x) = 2x + 24 A'(12) = 48 Hope this will help. Regards, Marcellus Tanjaya email: bog3lstyle@yahoo.com.sg marcellus.tanjaya@gmail.com since it is square,
A(x) = (12 + x )^2 = x^2 + 24x+ 144
A'(x) = 2x + 24
A'(12) = 48

Hope this will help.

Regards,

Marcellus Tanjaya
email: bog3lstyle@yahoo.com.sg
marcellus.tanjaya@gmail.com

]]> By: t183plus http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-205 t183plus Sun, 25 Oct 2009 02:10:37 +0000 http://elito-epox.com/?p=8#comment-205 this kind of question is called an related rate question in calculus. You will need to give me more info such as an equation or what shape the chip is. Also, just type out all the info and questions it gives u Here is wut u mite want: A=x^2 dA/dx=2x when x=15, then dA/dx=30mm/s this kind of question is called an related rate question in calculus. You will need to give me more info such as an equation or what shape the chip is. Also, just type out all the info and questions it gives u

Here is wut u mite want:

A=x^2
dA/dx=2x
when x=15, then dA/dx=30mm/s

]]> By: ojclj http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-183 ojclj Sat, 24 Oct 2009 21:53:41 +0000 http://elito-epox.com/?p=8#comment-183 do u reckon more silicon is used in more common transistors, or less common (but bigger) boobs, over a year? :) do u reckon more silicon is used in more common transistors, or less common (but bigger) boobs, over a year? :)

]]> By: gfhfassad http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-195 gfhfassad Sat, 24 Oct 2009 20:57:58 +0000 http://elito-epox.com/?p=8#comment-195 Nice work. keep it up. mean time come for social media marketing for esteembpo**com ;K;LP Nice work. keep it up. mean time come for social media marketing for esteembpo**com ;K;LP

]]> By: darkalligator http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-191 darkalligator Sat, 24 Oct 2009 19:11:25 +0000 http://elito-epox.com/?p=8#comment-191 i live in texas :) i live in texas :)

]]> By: johnwaynethetwentyfirst http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-207 johnwaynethetwentyfirst Sat, 24 Oct 2009 13:37:38 +0000 http://elito-epox.com/?p=8#comment-207 Exactly the same question, with the same answers, but in a different order. If x mm. is the side length, then the area A mm^2 is given by: A = x^2. The derivative is A'(x) = 2x, and this represents the rate at which the area is changing with respect to the side length when the side length is x. Putting x = 19: A'(19) = 38 representing a rate of increase of 38mm^2 / mm. when the side is 19mm. The only correct statements are (d) and (f) for the first question, and the first two answers listed for the second question. Exactly the same question, with the same answers, but in a different order.

If x mm. is the side length, then the area A mm^2 is given by:
A = x^2.

The derivative is A'(x) = 2x, and this represents the rate at which the area is changing with respect to the side length when the side length is x.

Putting x = 19:
A'(19) = 38
representing a rate of increase of 38mm^2 / mm. when the side is 19mm.

The only correct statements are (d) and (f) for the first question, and the first two answers listed for the second question.

]]> By: tamburich http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-199 tamburich Sat, 24 Oct 2009 02:58:36 +0000 http://elito-epox.com/?p=8#comment-199 Photolithography for the Poly layer is the most challenging tolerance. Ex posers are adjusted 5 times a day to match etch critical Dimensions Photolithography for the Poly layer is the most challenging tolerance. Ex posers are adjusted 5 times a day to match etch critical Dimensions

]]> By: Mel http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-211 Mel Fri, 23 Oct 2009 23:26:40 +0000 http://elito-epox.com/?p=8#comment-211 Area is length squared. so A(x) = x^2. A'(x) = 2x^1 A'(18) = 2*18^1 = 36 millimeters Area is length squared. so A(x) = x^2.
A'(x) = 2x^1
A'(18) = 2*18^1 = 36 millimeters

]]> By: John http://elito-epox.com/8/how-do-they-make-silicon-wafers-and-computer-chips/#comment-204 John Fri, 23 Oct 2009 17:25:23 +0000 http://elito-epox.com/?p=8#comment-204 0.65 mm = 0.065 cm 15/0.065 = 230 0.65 mm = 0.065 cm
15/0.065 = 230

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