Webb19 sep. 2024 · At the curve has maximum curvature. Solution-The formula for curvature = Here, Then, Putting the values, Now, in order to get the max curvature value, we have to calculate the first derivative of this function and then to get where its value is max, we have to equate it to 0. Now, equating this to 0. Solving this eq, we get WebbTechnically, a tangent line is one that touches a curve at a point without crossing over it. Essentially, its slope matches the slope of the curve at the point. It does not mean that it touches the graph at only one point. It is, in fact, very easy to come up with tangent lines to various curves that intersect the curve at other points.

For the curve y=xex, the point Filo

Webbx = 0 is a point of maximum Solution: Given, curve is y = xex ⇒ dxdy = ex +xex For maximum and minimum, put dxdy = 0 ⇒ ex(1+ x) = 0 ⇒ x = −1 Now, dx2d2y = 2ex + xex … WebbFind the maximum or minimum point satisfying the condition. Given: curve is y = x e x. On differentiating w.r.t to x, we get. d y d x = x e x + e x d y d x = e x ( 1 + x) Again … highway truck tool boxes

What is the curve which passes through the point (1,1) and

WebbFor the curve y=xex, the point A x=−1 is a point of minimum B x=0 is a point of minimum C x=−1 is a point of maximum D x=0 is a point of maximum Difficulty level: easy Viewed by: 5,449 students Solutions ( 1) We have, y=xex⇒dxdy=ex+xex For maximum or minimum, we must have dxdy=0 ⇒ex(1+x)=0 ⇒x=−1 Now, dx2d2y=2ex+xex ⇒(dx2d2y)x=−1=e−1(2−1)>0 WebbLet y = g ∘ f ( x), find an exact value for d y d x at the point on the graph of y = g ∘ f ( x) where x = π 6, expressing your answer in the form a + b 3, a, b ∈ Z.[6] c. Show that the … WebbQuestion: Find an equation of the tangent line to the curve at the point (1, 1). y = ln(xe^x^4) y = Use logarithmic differentiation to find the derivative 229 Experts. 9.6/10 Quality score 99781 Orders completed Find an equation of ... highway tune by greta van fleet