A: [img=169x43]180302ebc806ae5.png[/img]
B: [img=294x25]180302ebd2d6ea4.png[/img]
C: [img=169x43]180302ebdd66523.png[/img]
D: [img=294x25]180302ebe8f268d.png[/img]
举一反三
- 曲线[img=172x61]1802ced21658047.png[/img]在点[img=77x25]1802ced21eb49da.png[/img]处的切线方程为（ ）. A: [img=169x43]1802ced22bc4ed7.png[/img] B: [img=294x25]1802ced2370d841.png[/img] C: [img=169x43]1802ced2425c191.png[/img] D: [img=294x25]1802ced24dbba74.png[/img]
- 曲线[img=172x61]18036544ebdfb0e.png[/img]在点[img=77x25]18036544f52ae76.png[/img]处的切线方程为（ ）. A: [img=169x43]18036544fea59e0.png[/img] B: [img=294x25]18036545099add4.png[/img] C: [img=169x43]1803654514a6e28.png[/img] D: [img=294x25]18036545206f181.png[/img]
- 曲线[img=110x61]180386ae9d282fe.png[/img]在点[img=55x25]180386aea5aece1.png[/img]处的切线方程为（ ）. A: [img=169x43]180386aeaf0b8af.png[/img] B: [img=169x43]180386aeb8b9127.png[/img] C: [img=169x44]180386aec1e39c1.png[/img] D: [img=169x43]180386aecaa8a18.png[/img]
- 曲线[img=110x61]180302eceecf3d2.png[/img]在点[img=55x25]180302ecf7a57ca.png[/img]处的切线方程为（ ）. A: [img=169x43]180302ed0032a8d.png[/img] B: [img=169x43]180302ed083c4e3.png[/img] C: [img=169x44]180302ed111419d.png[/img] D: [img=169x43]180302ed1929110.png[/img]
- 设函数[img=66x25]1803d34ffaf66ee.png[/img]在点[img=17x17]1803d35002a9b19.png[/img]处可导,且在点[img=17x17]1803d35002a9b19.png[/img]处取得极小值,则曲线在点[img=77x25]1803d35013f3d84.png[/img]处的切线方程为（ ） A: x=0 B: x=1 C: [img=73x25]1803d3501c9bbc3.png[/img] D: [img=104x25]1803d350258c6fb.png[/img]
内容
- 0
下列结论正确的是( ) 未知类型：{'options': ['如果函数f(x)在点x=[img=24x21]17d622a10bb6102.png[/img]处不可导，则f(x)在点x=[img=24x21]17d622a11777a31.png[/img]处也可能连续', '如果函数f(x)在点x=[img=24x21]17d622a121a6732.png[/img]处可导，则f(x)在点x=[img=24x21]17d622a12c812cc.png[/img]处连续', '如果函数f(x)在点x=[img=24x21]17d622a13b63a95.png[/img]处连续，则f(x)在点x=[img=24x21]17d622a148cc6ab.png[/img]处可导', '如果函数f(x)在点x=[img=24x21]17d622a15bfb483.png[/img]处不连续，则f(x)在点x=[img=24x21]17d622a166c77a6.png[/img]处不可导'], 'type': 102}
- 1
曲线[img=157x61]18030b03df2aa61.png[/img]在点(1,-2,1)处的切线方程为（ ） A: [img=169x44]18030b03e7b11b7.png[/img] B: [img=169x43]18030b03efdce85.png[/img] C: [img=169x43]18030b03f84e91e.png[/img] D: [img=106x43]18030b04006eac1.png[/img]
- 2
设函数[img=66x25]1803d34ffaf66ee.png[/img]在点[img=17x17]1803d35002a9b19.png[/img]处可导,且在点[img=17x17]1803d35002a9b19.png[/img]处取得极小值,则曲线在点[img=77x25]1803d35013f3d84.png[/img]处的切线方程为（ ） 未知类型：{'options': ['x=0', 'x=1', '', ''], 'type': 102}
- 3
令F(x):x是有理数,G(x):x是实数。将命题“所有的有理数都是实数,但有的有实数不是有理数”符号化为() 未知类型：{'options': ['17e0a83a4157352.jpgx(F(x)∧G(x))∧[img=8x14]17e0a83a35505d4.jpg[/img]x(G(x)[img=14x9]17e0a73094b5dcf.jpg[/img][img=10x11]17e0a839b915354.jpg[/img]F(x))', ' [img=8x14]17e0a83a4157352.jpg[/img]x(F(x)[img=14x9]17e0a73094b5dcf.jpg[/img]G(x))∧[img=8x14]17e0a83a35505d4.jpg[/img]x(G(x)∧[img=10x11]17e0a839b915354.jpg[/img]F(x))', ' [img=8x14]17e0a83a4157352.jpg[/img]x(F(x)∧G(x))∧[img=8x14]17e0a83a35505d4.jpg[/img]x(G(x)∧[img=10x11]17e0a839b915354.jpg[/img]F(x))', ' [img=8x14]17e0a83a4157352.jpg[/img]x(F(x)[img=14x9]17e0a73094b5dcf.jpg[/img]G(x))∧[img=8x14]17e0a83a35505d4.jpg[/img]x(G(x)[img=14x9]17e0a73094b5dcf.jpg[/img][img=10x11]17e0a839b915354.jpg[/img]F(x))'], 'type': 102}
- 4
f(x)在x处可导，a，b为常数，则[img=27x32]1802fa0c04c2042.png[/img][img=234x25]1802fa0c10631ae.png[/img]= A: [img=93x26]1802fa0c195a7ad.png[/img] B: [img=93x26]1802fa0c2233a71.png[/img] C: [img=39x26]1802fa0c2adc024.png[/img] D: f(x)