f(x)在[0,1]上有连续的二阶导数,f(0)=f(1)=0,任意x属于[0,...715af2ac3f81f8.png"]
f(x)在[0,1]上有连续的二阶导数,f(0)=f(1)=0,任意x属于[0,...715af2ac3f81f8.png"]
如图,AB//CD,EF⊥AB于E,EF交CD于F,已知∠1=63°,则∠2=
如图,AB//CD,EF⊥AB于E,EF交CD于F,已知∠1=63°,则∠2=
设函数f(x)在区间[-2,2]上可导,且f′(x)>f(x)>0,则()。 A: f(-2)/f(-1)>1 B: f(0)/f(-1)>e C: f(1)/f(-1)<e<sup>2</sup> D: f(2)/f(-1)<e<sup>2</sup>
设函数f(x)在区间[-2,2]上可导,且f′(x)>f(x)>0,则()。 A: f(-2)/f(-1)>1 B: f(0)/f(-1)>e C: f(1)/f(-1)<e<sup>2</sup> D: f(2)/f(-1)<e<sup>2</sup>
When line 14 is reached, how many objects are eligible for the garbage collector?() A: 0 B: 1 C: 2 D: 3 E: 4 F: 6
When line 14 is reached, how many objects are eligible for the garbage collector?() A: 0 B: 1 C: 2 D: 3 E: 4 F: 6
(17)0÷(-17)-1=______.
(17)0÷(-17)-1=______.
种蛋失去孵化能力的温度为()。 A: 0℃ B: 10.5℃ C: 12~14℃ D: 15~17℃ E: 24℃
种蛋失去孵化能力的温度为()。 A: 0℃ B: 10.5℃ C: 12~14℃ D: 15~17℃ E: 24℃
设f(x)=x2+bx+x满足关系式f(1+x)=f(1-x),则下述结论中,正确的是( ). A: f(0)>f(1)>f(3) B: f(1)>f(0)>f(3) C: f(3)>f(1)>f(0) D: f(3)>f(0)>f(1) E: f(1)>f(3)>f(0)
设f(x)=x2+bx+x满足关系式f(1+x)=f(1-x),则下述结论中,正确的是( ). A: f(0)>f(1)>f(3) B: f(1)>f(0)>f(3) C: f(3)>f(1)>f(0) D: f(3)>f(0)>f(1) E: f(1)>f(3)>f(0)
以下代码的运行结果为( )。 A: = 17 B: = 6 C: sult = a % b if (a % b >4) else a D: 0 E: 1 F: 2 G: 5
以下代码的运行结果为( )。 A: = 17 B: = 6 C: sult = a % b if (a % b >4) else a D: 0 E: 1 F: 2 G: 5
已知逻辑函数F =ABC +CD,则在下列选项中令F = 1的是 。 A: A =0,BC =1 B: B =1,C =1 C: C =1,D =0 D: BC =1,D =1
已知逻辑函数F =ABC +CD,则在下列选项中令F = 1的是 。 A: A =0,BC =1 B: B =1,C =1 C: C =1,D =0 D: BC =1,D =1
【单选题】a设 f ( x ) 在 [ 0 , 1 ] 满足 f ′′ ( x ) > 0 ,则下列不等式中正确的是() A. f ′ ( 1 ) > f ′ ( 0 ) > f ( 1 ) − f ( 0 ) " role="presentation"> f ′ ( 1 ) > f ′ ( 0 ) > f ( 1 ) − f ( 0 ) B. f ′ ( 1 ) > f ( 1 ) − f ( 0 ) > f ′ ( 0 ) " role="presentation"> f ′ ( 1 ) > f ( 1 ) − f ( 0 ) > f ′ ( 0 ) C. f ( 1 ) − f ( 0 ) > f ′ ( 1 ) > f ′ ( 0 ) " role="presentation"> f ( 1 ) − f ( 0 ) > f ′ ( 1 ) > f ′ ( 0 ) D. f ′ ( 1 ) > f ( 0 ) − f ( 1 ) > f ′ ( 0 ) " role="presentation"> f ′ ( 1 ) > f ( 0 ) − f ( 1 ) > f ′ ( 0 )
【单选题】a设 f ( x ) 在 [ 0 , 1 ] 满足 f ′′ ( x ) > 0 ,则下列不等式中正确的是() A. f ′ ( 1 ) > f ′ ( 0 ) > f ( 1 ) − f ( 0 ) " role="presentation"> f ′ ( 1 ) > f ′ ( 0 ) > f ( 1 ) − f ( 0 ) B. f ′ ( 1 ) > f ( 1 ) − f ( 0 ) > f ′ ( 0 ) " role="presentation"> f ′ ( 1 ) > f ( 1 ) − f ( 0 ) > f ′ ( 0 ) C. f ( 1 ) − f ( 0 ) > f ′ ( 1 ) > f ′ ( 0 ) " role="presentation"> f ( 1 ) − f ( 0 ) > f ′ ( 1 ) > f ′ ( 0 ) D. f ′ ( 1 ) > f ( 0 ) − f ( 1 ) > f ′ ( 0 ) " role="presentation"> f ′ ( 1 ) > f ( 0 ) − f ( 1 ) > f ′ ( 0 )