定积分里面的常数可以提出来吗的常数项怎么变成常数积分?


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展开全部这个可以用二重积分的定义来看,当f(x,y)等于常数,二重积分就等于常数乘区域的面积之和的极限,也就是常数乘当面积S',getTip:function(t,e){return t.renderTip(e.getAttribute(t.triangularSign),e.getAttribute("jubao"))},getILeft:function(t,e){return t.left+e.offsetWidth/2-e.tip.offsetWidth/2},getSHtml:function(t,e,n){return t.tpl.replace(/\{\{#href\}\}/g,e).replace(/\{\{#jubao\}\}/g,n)}},baobiao:{triangularSign:"data-baobiao",tpl:'{{#baobiao_text}}',getTip:function(t,e){return t.renderTip(e.getAttribute(t.triangularSign))},getILeft:function(t,e){return t.left-21},getSHtml:function(t,e,n){return t.tpl.replace(/\{\{#baobiao_text\}\}/g,e)}}};function l(t){return this.type=t.type
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展开全部你的意思是不是说如果积分结果出现了几个常数C1、C2等可不可以简写?可以,让他们合并成为又一个常数他们,例如:C=C1+C2。
本回答被网友采纳',getTip:function(t,e){return t.renderTip(e.getAttribute(t.triangularSign),e.getAttribute("jubao"))},getILeft:function(t,e){return t.left+e.offsetWidth/2-e.tip.offsetWidth/2},getSHtml:function(t,e,n){return t.tpl.replace(/\{\{#href\}\}/g,e).replace(/\{\{#jubao\}\}/g,n)}},baobiao:{triangularSign:"data-baobiao",tpl:'{{#baobiao_text}}',getTip:function(t,e){return t.renderTip(e.getAttribute(t.triangularSign))},getILeft:function(t,e){return t.left-21},getSHtml:function(t,e,n){return t.tpl.replace(/\{\{#baobiao_text\}\}/g,e)}}};function l(t){return this.type=t.type
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0:-1,r=e.isIntersecting?e.intersectionRatio
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展开全部具体回答如图:1个或0个单项式的和也算多项式。按这个定义,多项式就是整式。实际上,还没有一个只对狭义多项式起作用,对单项式不起作用的定理。0作为多项式时,次数定义为负无穷大(或0)。扩展资料:F[x]中任一个次数不小于 1的多项式都可以分解为F上的不可约多项式的乘积,而且除去因式的次序以及常数因子外,分解的方法是惟一的。当F是复数域C时,根据代数基本定理,可证C[x]中不可约多项式都是一次的。因此,每个复系数多项式都可分解成一次因式的连乘积。多项式中同类项的系数相加,字母保持不变(即合并同类项)。多项式的乘法,是指把一个多项式中的每个单项式与另一个多项式中的每个单项式相乘之后合并同类项。任一多项式都可分解为不可约多项式的乘积。形如 Pn(x)=a(n)x^n+a(n-1)x^(n-1)+…+a(1)x+a(0)的函数,叫做多项式函数,它是由常数与自变量x经过有限次乘法与加法运算得到的。显然,当n=1时,其为一次函数y=kx+b,当n=2时,其为二次函数y=ax^2+bx+c。参考资料来源:百度百科——多项式已赞过已踩过你对这个回答的评价是?评论
收起展开全部先考察被积函数是真分式还是假分式,如果为假分式,即分子的最高次大于分母的最高次,那么应先变为真分式.若已为真分式,则按照有理式的积分求法,拆成几个简单的分式,即可求出.展开全部
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