1,已知成本C与产量q的函数关系式为C=4q^2+7,求当产量q=30时的边际成本!

来源:学生作业帮助网 编辑:作业帮 时间:2024/05/05 14:26:27
1,已知成本C与产量q的函数关系式为C=4q^2+7,求当产量q=30时的边际成本!

1,已知成本C与产量q的函数关系式为C=4q^2+7,求当产量q=30时的边际成本!
1,已知成本C与产量q的函数关系式为C=4q^2+7,求当产量q=30时的边际成本!

1,已知成本C与产量q的函数关系式为C=4q^2+7,求当产量q=30时的边际成本!
MC=C‘=(4q^2+7)'=8q 把q=30代人,MC=240

3607
什么是边际成本

For high-frequency electronic machine impedance control PCB design technology


------------ Called aoarAL =--- ■-d ? A_ d where a, e asked the conductor plate of a capacitor dielectri...

全部展开

For high-frequency electronic machine impedance control PCB design technology


------------ Called aoarAL =--- ■-d ? A_ d where a, e asked the conductor plate of a capacitor dielectric of dielectric constant A a parallel conducting plates of area (m. ) d the distance to ask a conductor plate (m) c a capacitor - ground surface to ask capacitance (pF) (b) 6 layer PWB (high-speed circuit board) Figure 96 layer PWB (high-speed circuit board) Figure 1O power plane and ground face configuration between the capacitance calculation 7 Manufacturing / metrology / substrate manufacturing simulation technology, the layer distance and dielectric constant (resin volume),Beats By Dre Studio, conductor range (the difference between top and bottom), the conductor thickness ratio of small volatility how to determine the frequency characteristics. As shown in Figure ll, finished PWB size and volatility of various degree of certainty is an important high-frequency signals with PWB issues? Shown in Table 3, because each supplier of the resin substrate design value is different for each business use different PWB substrate's substrate, each element ranging from PWB manufacturing business reasons, PWB different characteristic impedance is an objective reality, in the amount of e-juice, make sure the heating transport measuring device,herve leger toronto, ask when the correction from the machine and human parasitic capacitive coupling,tods shoes outlet, sMA connector repeatability (clamping torque) and the determination is necessary. Seek TDR waveform measured turbulence with network analyzer measurement results of the integration (Fig. l2) and the cross section of Table 3FR-4 substrate (prepreg) the manufacturer's design value PrintedCircuitInformation printed circuit information 2004No7 ... ?: 0> Internet and 0> port even layer push gourd snail Mindanao 1E. ... ... CAM & CAD ... ... ... ... ... ... ... ... ... a ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... characteristic impedance of the elements: ① layer thickness: h, sh conductor range: Aw, etching factors: ef} Conductor thickness: t,herve leger skirts, △ t,vibram five fingers outlet, dielectric constant: ? r, A ? r @ or without solder resist coating (film thickness) (a) characteristic impedance elements (microstrip line structure) network core network crumbling Slaughter Pirates of the entire Bin - two 11 two E =><:×= two Jl === E Pa Bin with chewing turn exhausted basket () characteristic impedance elements (stripline structure) Reference Figure 11 Impedance elements surface layer of various size and integration of simulation tools are necessary. . , Very good to avoid the s parameter measurement (s11: attenuation. S21: Reflection) A connection ~ Zo = 62n time. Spider 'quite avoid the good one s parameters measured (sl1 attenuation $ 21: Reflection) A junction Zo = 53n when lSI1: Attenuation (dB) Frequency (GHz1l $ 21 Reflection (dB) I linear (s11 Attenuation (dB ) Figure 12 junction of Z. unconformity with the reflection / attenuation [1] Takahashi Tsutomu High state machine corresponding to the electronic wave, / dagger a little b / dagger overnight two, destroy the system Imperial 7 Issues temporary increase in electronic technology, 2003.6 Lin block school (on the next page 35) the differential strip line structure shown in Figure 7 / / a 7_ {||//////// Figure 6s is the distance between the two differential lines; h is the formation of two differential line and asked the distance; b to strip the differential characteristic impedance. set single- the root of the characteristic impedance of microstrip line ZZDIFF ---- 2Z (1-O.148 (EXP (a 0.96S /) zDIFF a differential microstrip line characteristic impedance. Author CAI Qing plot had eight plants in Nanjing Radio PCB technology has long been engaged to work on a number of articles in journals published. differential arrangement of the plug seat when the line is to be out of the PCB, the quiet 7 if known single stripline characteristic impedance z.. if , strip the differential characteristic impedance by the following formula: ZDIFF = 2Z .. (1-0.347 (EXP (a 2.95 impedance of 100Q formation of the shorter length needle inserted media should be arranged in the first seat of the short needle in a row, and two adjacent, so that the mismatch can also lead shorter socket, resulting in a small number of reflections . two signal pins and other pins should be arranged between a ground pin or power pin (5) differential cable when some of the same speed, but because the reliability or the signal decreases, and differential to drive, this time the cable selection should be selected characteristic impedance l00Q cable, cable wire with the same two signal leads the other powder to be changed Lu Chan and a roar of broken lift. the type with vertical blue just to sail single-deletion change | [change ~.
More articles related to topics:


Salvatore Ferragamo outlet wqv yoa vdiw eib

Salvatore Ferragamo outlet pxw ygv cjzm smj

收起

1,已知成本C与产量q的函数关系式为C=4q^2+7,求当产量q=30时的边际成本! 已知边际成本C与产量q的函数关系式为C=4q平方+7 求当产量q=30时的边际成本 已知某商品成本C与产量q的函数关系为C=100+4q 单价p与产量q的函数关系式为p=25-0.25q 求产量q为何值时 利润L最大 知商品成本C与产量q的函数关系C=1000+4q,单价p与产量q的函数关系式为q=25-(1/8)q,求q为何值时,每件...知商品成本C与产量q的函数关系C=1000+4q,单价p与产量q的函数关系式为q=25-(1/8)q,求q为何值时,每 已知某商品生产成本C与产量q的函数关系式为C=100+4q,价格p与产量q的函数关系式为p=25-[(1/8)q]答案是这样的:利润Z=pq-C这里的生产成本为毛不用乘以q?成本不是可能是一件的吗? 已知成本c与产量q的函数关系式为c=4q^2+q-6,求当产量q=100时的边际成本边际成本到底是什么啊!看题目补充的解释没看懂有没有易懂一点的解释. 帮我解答下面的一道数学题已知某商品生产成本C与产量Q的函数关系式为C=100+4Q,价格P与产量Q的函数关系式为P=25-(1/8)Q,求产量Q为何值时,利润L最大 高二数学选修2-2导数及其应用已知某商品生产成本C与产量q的函数关系式C=100+4q,单价p与产量q的函数关系式为p=25-1/8q.问产量q为何值时,利润最大. 已知某商品生产成本C与产量q的函数关系为C=1000+4q,单价p与产量q的函数关系式为q=25-(1/8)q,求产量q为何值时,利润L最大? 已知生产某种产品的成本函数为C(Q)=80+2Q,则当产量Q=50时,该产品的平均成本为多少 数学函数题:设某商品的成本函数是线性函数,并已知产量为零是,成本为100元,产量为100单位时成本为400元则成本函数C(q)=____,固定成本为___,产量为200单位时的总成本C(200)=____,平均成本__C (200)=_ 已知成本函数为C(Q)=200Q -0.1Q^2+10,Q为产量,则边际成本函数是什么 已知成本函数为C(Q)=200Q -0.1Q^2+10,Q为产量,则边际成本函数是什么 2007年辽宁高考理科数学第19题19.(本小题满分12分) 某企业准备投产一批特殊型号的产品,已知该种产品的成本 与产量 的函数 - 关系式为C=(q^3)/3 - 3(q^2)+20q+10 (q大于0) - 该种产品的市场前景 已知某商品生产成本c与产量q的函数关系c=100+4q,单价p与产量q的函数关系为p=25-1/8q,q为何值,利润l最大详细过程 某商品的成本函数为C(q)=q的平方-4q+12,q为产量则固定成本为多少? 求求大家帮我做这道经济数学应用题7、应用题:1)、已知某产品产量为q件时的成本函数为C(q)=4+3q+2q^2(元),求产量为10件时的边际成本 .2)、已知某产品产量为q件时的收入函数为R(q)=4-2q+3q^ 工厂生产某种产品,若每日可生产100件,则每日的固定成本为180元,每件产品的可变成本为12元 (1)试求该厂生产这种产品的日总成本C与产量Q的函数关系式.(2)试求当Q=50件与Q=100件时的总