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derivative f(x)=ln(sin(x))
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derivative\:f(x)=\ln(\sin(x))
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slope 6x+10y=8
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slope\:6x+10y=8
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derivative f(x)=-12x^2+9x,\at x=6
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derivative\:f(x)=-12x^{2}+9x,\at\:x=6
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derivative x^2e^{-x}
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derivative\:x^{2}e^{-x}
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1/(log_{3)(m)}
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\frac{1}{\log_{3}(m)}
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derivative f(x)=5x
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derivative\:f(x)=5x
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derivative f(x)= 1/(2x)
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derivative\:f(x)=\frac{1}{2x}
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cartesian(1,0)
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cartesian(1,0)
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derivative xe^{-x^2}
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derivative\:xe^{-x^{2}}
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derivative f(x)=x^7
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derivative\:f(x)=x^{7}
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derivative f(x)=sqrt(8-x^3)
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derivative\:f(x)=\sqrt{8-x^{3}}
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slope x+y=3
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slope\:x+y=3
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tangent f(x)=7x^2+2x-7,\at x=-3
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tangent\:f(x)=7x^{2}+2x-7,\at\:x=-3
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midpoint(1,3)(3,5)
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midpoint(1,3)(3,5)
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slope-3x+5y=2x+3y
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slope\:-3x+5y=2x+3y
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cartesian(4,-(2pi)/3)
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cartesian(4,-\frac{2π}{3})
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cartesian(-sqrt(2),(5pi)/4)
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cartesian(-\sqrt{2},\frac{5π}{4})
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slope 0.5x-5y=9
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slope\:0.5x-5y=9
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derivative y=4\sqrt[3]{x^5}
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derivative\:y=4\sqrt[3]{x^{5}}
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derivative 4x
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derivative\:4x
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tangent f(x)=4x^2+3,\at x=1
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tangent\:f(x)=4x^{2}+3,\at\:x=1
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slope 2/3
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slope\:\frac{2}{3}
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slope y=-3
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slope\:y=-3
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tangent y=x^3-5x,(-1,4)
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tangent\:y=x^{3}-5x,(-1,4)
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slope y=5x+2
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slope\:y=5x+2
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derivative f(x)=e^{x^2}
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derivative\:f(x)=e^{x^{2}}
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derivative f(x)=4x^2
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derivative\:f(x)=4x^{2}
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slope 3x+5y=15
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slope\:3x+5y=15
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f=2
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f=2
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polar xy=8
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polar\:xy=8
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midpoint(-4,4)(-2,2)
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midpoint(-4,4)(-2,2)
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integral x/2
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integral\:\frac{x}{2}
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polar(-8,8)
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polar(-8,8)
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derivative f(x)=7x^4-8x^5+1
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derivative\:f(x)=7x^{4}-8x^{5}+1
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cartesian(6,(2pi)/3)
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cartesian(6,\frac{2π}{3})
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perpendicular 2x-3y=5,\at x= 7/2
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perpendicular\:2x-3y=5,\at\:x=\frac{7}{2}
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slope 4x+3y=12
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slope\:4x+3y=12
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derivative y=ln(sqrt((x+1)/(x-1)))
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derivative\:y=\ln(\sqrt{\frac{x+1}{x-1}})
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line(-2,6),(3,-2)
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line(-2,6),(3,-2)
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tangent f(x)=x^2,\at x=1
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tangent\:f(x)=x^{2},\at\:x=1
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polar y=sqrt(3)x
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polar\:y=\sqrt{3}x
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derivative f(x)=ln(sinh(x))
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derivative\:f(x)=\ln(\sinh(x))
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integral sin(x)
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integral\:\sin(x)
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derivative y=(arcsin(x^3))^4
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derivative\:y=(\arcsin(x^{3}))^{4}
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perpendicular y=3x-2
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perpendicular\:y=3x-2
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derivative f(x)=ln(3x)
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derivative\:f(x)=\ln(3x)
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midpoint(1,1)(4,-16)
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midpoint(1,1)(4,-16)
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derivative f(x)=e^{-x}
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derivative\:f(x)=e^{-x}
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tangent sqrt(x)
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tangent\:\sqrt{x}
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derivative 2x^2
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derivative\:2x^{2}
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derivative y=3x+2
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derivative\:y=3x+2
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parallel y=2x+3
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parallel\:y=2x+3
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midpoint(-4,5)(0,8)
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midpoint(-4,5)(0,8)
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derivative f(x)=sin^3(x)
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derivative\:f(x)=\sin^{3}(x)
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derivative f(x)=(3x^2+6x+4)/(sqrt(x))
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derivative\:f(x)=\frac{3x^{2}+6x+4}{\sqrt{x}}
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cartesian(-4,(7pi)/6)
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cartesian(-4,\frac{7π}{6})
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derivative e^{x^2}*2x
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derivative\:e^{x^{2}}\cdot\:2x
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slope 8x+4y=16
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slope\:8x+4y=16
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derivative y=(x^2+x+1)/x
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derivative\:y=\frac{x^{2}+x+1}{x}
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derivative y=x^4
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derivative\:y=x^{4}
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derivative y=sin(2x)
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derivative\:y=\sin(2x)
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slopeintercept 4x+2y=6
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slopeintercept\:4x+2y=6
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integral cos(2x)
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integral\:\cos(2x)
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midpoint(-1,5)(5,5)
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midpoint(-1,5)(5,5)
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derivative f(x)= 1/4 x^8-1/2 x^6-x+2
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derivative\:f(x)=\frac{1}{4}x^{8}-\frac{1}{2}x^{6}-x+2
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derivative y= 4/x
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derivative\:y=\frac{4}{x}
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slope x=6
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slope\:x=6
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cartesian(4,pi)
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cartesian(4,π)
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derivative f(x)=4e^xcos(x)
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derivative\:f(x)=4e^{x}\cos(x)
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derivative f(x)=x^2-4x
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derivative\:f(x)=x^{2}-4x
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cartesian(-3,(5pi)/6)
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cartesian(-3,\frac{5π}{6})
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x=7
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x=7
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cartesian(9,(5pi)/6)
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cartesian(9,\frac{5π}{6})
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derivative y=x^{3/2}
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derivative\:y=x^{\frac{3}{2}}
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f(0)=3
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f(0)=3
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derivative f(x)=cos(x)
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derivative\:f(x)=\cos(x)
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polar x^2+y^2=4
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polar\:x^{2}+y^{2}=4
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f(-2)=0
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f(-2)=0
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derivative 4x^2
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derivative\:4x^{2}
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slope 3x-5y=4
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slope\:3x-5y=4
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distance(5,-9),(-4,-1)
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distance(5,-9),(-4,-1)
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perpendicular y= 1/3 x+2,\at(3,3)
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perpendicular\:y=\frac{1}{3}x+2,\at(3,3)
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line(8,4)(20,10)
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line(8,4)(20,10)
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tangent f(x)=(1+x)^{4/x},\at x=1
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tangent\:f(x)=(1+x)^{\frac{4}{x}},\at\:x=1
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cartesian(6,-(7pi)/6)
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cartesian(6,-\frac{7π}{6})
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derivative f(x)=e^xln(x)
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derivative\:f(x)=e^{x}\ln(x)
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slope 4-y=2x
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slope\:4-y=2x
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polar(-1,0)
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polar(-1,0)
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derivative f(x)=3
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derivative\:f(x)=3
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tangent y=ln(x)
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tangent\:y=\ln(x)
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derivative f(x)= x/(e^x)
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derivative\:f(x)=\frac{x}{e^{x}}
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derivative f(x)=sqrt(4-x^2)
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derivative\:f(x)=\sqrt{4-x^{2}}
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derivative f(x)=2x
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derivative\:f(x)=2x
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slope y=4
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slope\:y=4
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derivative f(x)=(x^3+2x)e^x
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derivative\:f(x)=(x^{3}+2x)e^{x}
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derivative y=sin^2(x)
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derivative\:y=\sin^{2}(x)
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distance(-3,2)(0,3)
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distance(-3,2)(0,3)
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slope y=5x+3
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slope\:y=5x+3
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slope y=-4x-1
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slope\:y=-4x-1
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derivative y=cos^{-1}(1/x)
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derivative\:y=\cos^{-1}(\frac{1}{x})
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