find the length of the curve r=1+sin(theta)
1. Find the length of the curve r = 1 + sin @ when CON
Find the exact length of the curve. 36y2 = (x2 - 4), 5 SXS6, y20 -/20 points SCALCET8 8.1.015. Find the exact length of the curve. y = In(sec(x)), OS XS 8/3
You need to find vector r(t) first.
1. Find the arc-length parametrization of the curve that is the intersection of the elliptic cylinder a21 and the plane z2. Use s as the arc-length parameter wih s 0 corresponds to the point (1,0,-1). Specify the limits for
Question 1
(1 point) Find the length of the spiraling polar curve r = 3e60 From 0 to 21 . The length is (1 point) Find the area of the region that is bounded by the curve r = V6 sin(0) and lies in the sector 0 Sost. Area =
Find the length of the curve r(t) =< 3cost, 3sint, 4t > for 1 st 57.
The answer above is NOT correct. (1 point) Find the length of the curve r(t) = i +3t'j + t'k, 0 <t</45 L Preview My Answers Submit Answers Your score was recorded. You have attempted this problem 9 times. You received a score of 0% for this attempt. Your overall recorded score is 0%. You have unlimited attempts remaining. Email WebWork TA WebWork 1996-20
(1 point) Find the length of the spiraling polar curve r = 5e30 From 0 to 21. The length is
Problem 4, Find, for 0-x-π, the arc-length of the segment of the curve R(t) = (2 cos t-cos 2t, 2 sin t-sin 2t) corresponding to 0< t < r
4. Determine the length of the curve r = تا انت (y - 1)], where 45 y < 9.
Find the arc length parameter along the curve from the point where t=0 by evaluating the integral s | |vIdT. Then find the length of 0 the indicated portion of the curve. The arc length parameter is s(t) (Type an exact answer, using radicals as needed.) Find T, N, and k for the plane curve r(t) (2t+9) i+ (5-t2) j T(t)= (Type exact answers, using radicals as needed.) (Type exact answers, using radicals as needed.)
Find the arc length parameter...