Find the length of the following curve on the interval 1 5 x 59. v=bro -...
Find the arc length of the curve below on the given interval. X 1 y= on (1,3] 4 2 8x The length of the curve is (Type an exact answer, using radicals as needed.)
Find the arc length of the curve on the given interval. x = x2 +8, y = 4x2 + 6, -15:30 432 216 0* (19/6-1 216 o cookies
Find the arc length of the curve below on the given interval. 1 y = + on [1,2] 4 8x The length of the curve is I (Type an exact answer, using radicals as needed.)
Find the length of the curve 3 v=ln(1 +t), 0< < 2. 1+ Length
Consider the curve y = f(x) with f(x) = 2+ | V+ – 1 dt. Find the value of X > 1 so that the length of the curve between (1, 2) and (x, f(X)) is 12 Enter the value of X as a decimal that is correct to at least one decimal place.
= In x 5. Find the arc length of the curve f(x) x2 between x = 8 perfect square, so the integrand simplifies nicely. 1 and x = 5. Note that 1+(f'(x))2 is a
Find the length of the curve. y=-x+ 2x from x= 1 to x=5 127 ОА. 6 ОВ. 316 15 ОС. 632 15 79 OD. 5
Marks 4 3. Find the length of the curve x t + cos t, y= t - sin t on the interval 0<t<2m. Marks 4 3. Find the length of the curve x t + cos t, y= t - sin t on the interval 0
Consider the curve y = 4 + (2x - 1)3/2 on the Interval 0.5 5 * 5 1. The graph is shown below. 4.5 0.4 0.6 0.8 1 1.2 [4] (a) Find the arc length of this curve on the interval 0.5 SX S1. [3] (b) Set up but do not evaluate an integral for the surface area obtained by rotating this curve on the interval 0.5 SXS l about the x-axis.
Q2- Find the length of the curve y = ln(x2 – 1) for 2 < x < 5.