Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
:^( :^( :^(
其實要製造呢D function好簡單: 求其拎個differentaible function, 如果佢個derivative is not continuous的話, 個derivative就會係counter example :^(
:^( :^(
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Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
:^( :^( :^(
其實要製造呢D function好簡單: 求其拎個differentaible function, 如果佢個derivative is not continuous的話, 個derivative就會係counter example :^(
:^( :^(
你讀Analysis果陣就會知點解 :^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
bra係咩?
algebra :^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
bra係咩?
algebra :^(
:^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
bra係咩?
algebra :^(
:^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
bra係咩?
algebra :^(
:^(
:^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
:^(
:^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
:^( :^( :^(
其實要製造呢D function好簡單: 求其拎個differentaible function, 如果佢個derivative is not continuous的話, 個derivative就會係counter example :^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
bra係咩?
algebra :^(
:^(
:^(
:^(
Consider f=0 if rational, =1 if irrational
我都係咁諗,不過搵唔到value in(0,1)咪做唔到個conclusion :^(
但係條theorem holds for constant function wo
constant function本身continuous架啦 :^(
I mean, 所以攞個value 係inclusive
即係 [f(a), f(b)] assuming f(a)<f(b)
:^(
sin(1/x)得唔得 :^(
下年anal要靠你carry了 :^( :^(
唔知撞唔撞時間諗緊要anal定bra :^( :^(
bra係咩?
algebra :^(
:^(
:^(
:^(
:^(
可以