find lines tangent and normal to curve at (pi/4, pi/2) at x sin sin 2y = y cos 2x. implicit dy/dx
Published 3 years ago • 4.9K plays • Length 8:01
Download video MP4
Download video MP3
Similar videos
-
4:33
find lines tangent and normal to curve at (1, pi/2) for 2xy pi sin y = 2 pi. implicit dy/dx
-
6:22
find lines tangent and normal to curve at (0, pi), x^2 cos^2 y - sin y = 0. implicit differentiation
-
5:51
find lines tangent and normal to curve at (1, 0) for y = 2 sin(pi x -y). implicit differentiation
-
3:38
find lines tangent and normal to curve at (2, -1) for y^2 - 2x -4y -1= 0. implicit differentiation
-
3:16
use implicit differentiation to find equation of tangent line x^2y^2 = 25 at point (1, -5)
-
5:26
find lines tangent and normal to curve at point (2, 3) for x^2 xy -y^2 = 1. implicit differentiation
-
2:42
find dy/dx of ysin(2y)=xcos(2x) at (pi/4,pi/2)
-
4:13
find lines tangent and normal to curve at (sqrt(3), 2) for x^2 -sqrt(3) xy 2y^2 =5. implicit dy/dx
-
4:57
find derivative implicitly then find where slope of curve is defined x^2 y - xy^2 = 4
-
3:20
when tangent line at (m, n) on hyperbola x^2/4 -y^2 =1 passes through point (0, -2), find m times n
-
5:48
how to find equation of tangent line with implicit differentiation
-
2:03
find equation of the tangent to y= cos x - sin x at point (pi, -1)
-
10:37
parametric and implicit differentiation to find equation of a tangent at a point
-
9:02
implicit differentiation: find the equation of a tangent line (dr. april ström)
-
2:47
circle. find equation of tangent line at given point using implicit differentiation
-
3:05
tangent lines to sin(x)
-
12:50
find slope and tangent line at point on parameterized curve
Clip.africa.com - Privacy-policy