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Problemi popolari

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Popolari Functions & Graphing Problemi

codominio (x+6)/(4-sqrt(x^2-9))	`range` `x`+64−√`x`²−9
dominio f(x)=sqrt(x^4-4x^2+4)	`domain` `f`(`x`)=√`x`⁴−4`x`²+4
asintoti f(x)=(x+5)/(x+1)	`asymptotes` `f`(`x`)=`x`+5`x`+1
dominio x^2-9x	`domain` `x`²−9`x`
critical x^4-6x^3	`critical` `x`⁴−6`x`³
dominio (x+5)^2+3	`domain` (`x`+5)²+3
codominio y=1	`range` `y`=1
dominio f(x)= 8/(x-6)	`domain` `f`(`x`)=8`x`−6
critical y=sqrt(4-x^2)	`critical` `y`=√4−`x`²
inversa f(x)=((x+4))/((2x-7))	`inverse` `f`(`x`)=(`x`+4)(2`x`−7)
inversa x/(3x+6)	`inverse` `x`3`x`+6
dominio f(x)=(-1)/((x+1)^2)-2	`domain` `f`(`x`)=−1(`x`+1)² −2
slopeintercept x=3	`slopeintercept` `x`=3
inversa f(x)=((x+5))/((x+7))	`inverse` `f`(`x`)=(`x`+5)(`x`+7)
codominio sqrt(4x-2)	`range` √4`x`−2
inversa y= 2/3 x-5	`inverse` `y`=23 `x`−5
pendenza y= 3/2 x-6	`slope` `y`=32 `x`−6
parità f(x)=(2x^4+5x+5)/(5x^4+3x-4)	`parity` `f`(`x`)=2`x`⁴+5`x`+55`x`⁴+3`x`−4
periodicità f(x)=4sin(1/4 pix-pi)-3	`periodicity` `f`(`x`)=4sin(14 π`x`−π)−3
inversa f(x)=\sqrt[3]{x+27}	`inverse` `f`(`x`)=³√`x`+27
spostamento 3sin(pix+5)-4	`shift` 3sin(π`x`+5)−4
inversa f(x)=e^x-1	`inverse` `f`(`x`)=`e`^x−1
slopeintercept y=2x-3	`slopeintercept` `y`=2`x`−3
extreme 3x^3-2x^2-5x+4	`extreme` 3`x`³−2`x`²−5`x`+4
codominio f(x)=(5x^2+20x+23)/(x^2+4x+5)	`range` `f`(`x`)=5`x`²+20`x`+23`x`²+4`x`+5
dominio (3-x^2)/(x^2-4)	`domain` 3−`x`²`x`²−4
simmetria y=(x+1)^2-9	`symmetry` `y`=(`x`+1)²−9
intercettano f(x)=3	`intercepts` `f`(`x`)=3
inversa 3-e^x	`inverse` 3−`e`^x
inversa log_{8}(x)	`inverse` log₈(`x`)
asintoti f(x)=(x+3)/(x^2+7x+12)	`asymptotes` `f`(`x`)=`x`+3`x`²+7`x`+12
retta (x,2xe^x),(0,0)	`line` (`x`,2`xe`^x),(0,0)
inversa f(x)=x^3-64	`inverse` `f`(`x`)=`x`³−64
dominio f(x)=x^2+2x+2	`domain` `f`(`x`)=`x`²+2`x`+2
dominio y=2	`domain` `y`=2
perpendicolare 2x-3y=9	`perpendicular` 2`x`−3`y`=9
asintoti f(x)=0.4(1/(4x))	`asymptotes` `f`(`x`)=0.4(14`x` )
inversa f(x)=3(x+7)^{1/4}	`inverse` `f`(`x`)=3(`x`+7)¹⁴
inversa f(x)=3+3/(3-x)	`inverse` `f`(`x`)=3+33−`x`
distanza (-2,5),(0,1)	`distance` (−2,5),(0,1)
inversa f(x)=(e^x)/(1+2e^x)	`inverse` `f`(`x`)=`e`^x1+2`e`^x
intercettano f(x)=(8x)/(0.3x^2+4.1)-0.1	`intercepts` `f`(`x`)=8`x`0.3`x`²+4.1 −0.1
inversa f(x)=-x^2+1	`inverse` `f`(`x`)=−`x`²+1
dominio f(x)=sqrt(x^2+4)	`domain` `f`(`x`)=√`x`²+4
codominio sqrt(5-x)	`range` √5−`x`
dominio f(x)=3x^2	`domain` `f`(`x`)=3`x`²
inversa f(x)=3x^2+2x-1	`inverse` `f`(`x`)=3`x`²+2`x`−1
asintoti f(x)=(2x+4)/(x^2+2x-8)	`asymptotes` `f`(`x`)=2`x`+4`x`²+2`x`−8
ampiezza f(x)=2cos(3x-pi)	`amplitude` `f`(`x`)=2cos(3`x`−π)
dominio f(x)=(37)/((1-6x)^2)	`domain` `f`(`x`)=37(1−6`x`)²
retta y=3x+4	`line` `y`=3`x`+4
intercettano f(x)=(x+1)^2+9	`intercepts` `f`(`x`)=(`x`+1)²+9
pendenza 9/8	`slope` 98
inversa f(x)= 5/9	`inverse` `f`(`x`)=59
dominio f(x)=-9/(2x^{2/3)}	`domain` `f`(`x`)=−92`x`²³
distanza (5,-1),(6,-6)	`distance` (5,−1),(6,−6)
asintoti x-1/x	`asymptotes` `x`−1`x`
simmetria y=-x^2-2x+1	`symmetry` `y`=−`x`²−2`x`+1
inversa sqrt(2-x)	`inverse` √2−`x`
dominio f(x)=sqrt(x^2)-4x+7	`domain` `f`(`x`)=√`x`²−4`x`+7
dominio-3*2^{x-5}+5	`domain` −3· 2^x−5+5
dominio x/(x^2-64)	`domain` `xx`²−64
asintoti f(x)=((x+1))/((x-3)^2)	`asymptotes` `f`(`x`)=(`x`+1)(`x`−3)²
intercettano f(x)=-x^2+8x	`intercepts` `f`(`x`)=−`x`²+8`x`
intercettano f(x)=2x^2-7x-4	`intercepts` `f`(`x`)=2`x`²−7`x`−4
pendenza y=10	`slope` `y`=10
dominio f(x)= 1/(2sqrt(4-x))	`domain` `f`(`x`)=12√4−`x`
dominio (2x+1)/(x-3)	`domain` 2`x`+1`x`−3
f(x)=x^2+4x+3	`f`(`x`)=`x`²+4`x`+3
periodicità 7sin(pix)	`periodicity` 7sin(π`x`)
dominio f(x)=sqrt(x^2)-2x-24	`domain` `f`(`x`)=√`x`²−2`x`−24
extreme f(x)=(x^2-7)/(x-4)	`extreme` `f`(`x`)=`x`²−7`x`−4
intercettano ((3x-15))/(-x^2+5x)	`intercepts` (3`x`−15)−`x`²+5`x`
pendenza-x+3	`slope` −`x`+3
inversa f(x)=-1/2 x+15	`inverse` `f`(`x`)=−12 `x`+15
retta (-3,7),(1,-1)	`line` (−3,7),(1,−1)
monotone f(x)=x^2-3x	`monotone` `f`(`x`)=`x`²−3`x`
dominio (x-8)/(2x+9)	`domain` `x`−82`x`+9
extreme f(x)=100x^{1/2}-10x	`extreme` `f`(`x`)=100`x`¹²−10`x`
asintoti f(x)=(x^2)/(x-2)	`asymptotes` `f`(`x`)=`x`²`x`−2
inflection x^3-5x^2-8x+4	`inflection` `x`³−5`x`²−8`x`+4
ampiezza 2cos(3x-pi/4)	`amplitude` 2cos(3`x`−π4 )
dominio f(x)=\|1+cos(3x)\|	`domain` `f`(`x`)=\|1+cos(3`x`)\|
asintoti f(x)=(5x)/(x^3-8x^2)	`asymptotes` `f`(`x`)=5`xx`³−8`x`²
inversa log_{3}(x)	`inverse` log₃(`x`)
dominio f(x)=(x-1)^3	`domain` `f`(`x`)=(`x`−1)³
intercettano 1/(x-4)	`intercepts` 1`x`−4
ampiezza 300sin(7t+pi)	`amplitude` 300sin(7`t`+π)
critical 5x^2+210x-34775	`critical` 5`x`²+210`x`−34775
inversa f(x)= x/(2x+3)	`inverse` `f`(`x`)=`x`2`x`+3
codominio f(x)= 1/3 (x-2)^2+5	`range` `f`(`x`)=13 (`x`−2)²+5
intercettano f(x)=(4x)/(2x-6)	`intercepts` `f`(`x`)=4`x`2`x`−6
critical (x^3(x-5)^2)/(54)	`critical` `x`³(`x`−5)²54
dominio f(x)=(x+1)/(x-3)	`domain` `f`(`x`)=`x`+1`x`−3
intercettano f(x)=(x^2-2x-8)/(x-6)	`intercepts` `f`(`x`)=`x`²−2`x`−8`x`−6
punto medio (-5,-4),(9,2)	`midpoint` (−5,−4),(9,2)
distanza (-5,-6),(-3,-8)	`distance` (−5,−6),(−3,−8)
extreme f(x)=(98)/(x^3)	`extreme` `f`(`x`)=98`x`³
dominio y=sqrt(x^2+4x+5)	`domain` `y`=√`x`²+4`x`+5
dominio y= 2/(x^2-3)	`domain` `y`=2`x`²−3

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