设在上可积,且 则 =https://p.ananas.chaoxing.com/star3/origin/6d3cd7acee25635fb4faa3a1cb81beed.pnghttps://p.ananas.chaoxing.com/star3/origin/73b221c75a0f2a2e6213d9db58e45799.pnghttps://p.ananas.chaoxing.com/star3/origin/14c6dd8207950273c04b6ee934da039b.pnghttps://p.ananas.chaoxing.com/star3/origin/5e9eb895c83f02236140b018f1602319.png
举一反三
- 若,则在上.https://p.ananas.chaoxing.com/star3/origin/d618624a0cde0321176ea36cb8e6f9a0.pnghttps://p.ananas.chaoxing.com/star3/origin/77dc5a1beb61c291def1850d7652dc7a.pnghttps://p.ananas.chaoxing.com/star3/origin/72529cec480b3601e8ef073fd1be684b.png
- (1) 设,且当时,则函数 .https://p.ananas.chaoxing.com/star3/origin/1df4e5fa778b4917e841b8db8167c4fd.pnghttps://p.ananas.chaoxing.com/star3/origin/1df2c0c8afdc2620e06142ca249383d3.pnghttps://p.ananas.chaoxing.com/star3/origin/2dbeeae137681811236ccf243cfc0188.pnghttps://p.ananas.chaoxing.com/star3/origin/8443294c110ad3b06d5a640d6a3c7ade.png
- 若,且 关于面对称,则 .https://p.ananas.chaoxing.com/star3/origin/1bd599e14aafc601a0bdb7b430c6bfd0.pnghttps://p.ananas.chaoxing.com/star3/origin/dc2d1cd8c31a0ad40154689638a51992.pnghttps://p.ananas.chaoxing.com/star3/origin/e0ee5c80a8a5664a7492b73e9581343c.pnghttps://p.ananas.chaoxing.com/star3/origin/27c06290754cdc245e35ad56f3ae0a74.png
- 设,则可逆,且 .https://p.ananas.chaoxing.com/star3/origin/5036bef486964bc80a08b5aee9b8dc25.pnghttps://p.ananas.chaoxing.com/star3/origin/4faf2b353a0a163198b7c5f8059246fc.pnghttps://p.ananas.chaoxing.com/star3/origin/bc185c51e709239196da96cedb523f0b.png
- 若在内可导,是内任意两点且,则至少存在一点使___https://p.ananas.chaoxing.com/star3/origin/dab9c82d5efb9e3273525a01912a16d8.pnghttps://p.ananas.chaoxing.com/star3/origin/07ce9118039b028ae79543c607bc979d.pnghttps://p.ananas.chaoxing.com/star3/origin/f4d06268810cc7527921aaa9ee361873.pnghttps://p.ananas.chaoxing.com/star3/origin/07ce9118039b028ae79543c607bc979d.pnghttps://p.ananas.chaoxing.com/star3/origin/e8595059ba2558a4707f38ad35c4e144.pnghttps://p.ananas.chaoxing.com/star3/origin/32d8f7b93a116a898482a53a73e8e3c6.png