Chapter 8.4, Problem 12E

There are two tangent lines to the curve y %3D x+ 1 that are parallel to the line x - 2y = 2. Find either one of the them and put it in the form y = mx + b. Ente- the valu. | the ansver bov belew.

The equation of a line is defined by y = k*x^5.2, where k = h/b^n as shown. If b = 1.1; h= 17.1. Determine the length of the parabolic/curved line from x = 0 to x = 1.1 [units]. y h y Cx O Xc Cy! -X b 1.The parabolic/curved line is rotated about the x-axis through 185 degrees. Determine the surface area of revolution generated [units^2]. 2.The parabolic area is rotated about the y-axis through 185 degrees. Determine the volume of revolution generated [units^3].

6.5.4 Write and simplify, but do not evaluate, an integral with respect to x that gives the length of the following curve on the given interval. y = 6 cos 2x on 4'2 An integral that gives the arc length is O dx. (Type exact answers.) Enter your answer in the edit fields nnd th