Find the arc length of the spiral as 0 varies from 0 = – ∞ to 0 = 0. Are you ready for this?! You're about to find the length of an arc that starts from a radius of 1 and spirals infinitely many times into the origin. %3D

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter6: Exponential And Logarithmic Functions
Section6.1: Exponential Functions
Problem 60SE: The formula for the amount A in an investmentaccount with a nominal interest rate r at any timet is...
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Consider the curve r = e
°.
Note that as 0 approaches – ∞, the radius: e° approaches 0.
This means as 0 rotates clockwise, the radius shrinks ever smaller, and the spiral winds infinitely tighter,
infinitely many times about the origin.
It doesn't look like it though, unless you zoom in. Try zooming in to the origin here:
Logarithmic Spiral Zoom
1
+
Click the << at the top of
this menu to get this out
of the way.
-2
2
= e0
r =
1-
-100 <0< 0
3
-1
1.
2.
-1-
-2
-3
powered by
desmos
Find the arc length of the spiral as 0 varies from 0 = - ∞ to 0 = 0.
Are you ready for this?! You're about to find the length of an arc that starts from a radius of 1 and spirals
infinitely many times into the origin.
s =
Evaluate by hand and give exact answer: no decimals.
of
II
Transcribed Image Text:Consider the curve r = e °. Note that as 0 approaches – ∞, the radius: e° approaches 0. This means as 0 rotates clockwise, the radius shrinks ever smaller, and the spiral winds infinitely tighter, infinitely many times about the origin. It doesn't look like it though, unless you zoom in. Try zooming in to the origin here: Logarithmic Spiral Zoom 1 + Click the << at the top of this menu to get this out of the way. -2 2 = e0 r = 1- -100 <0< 0 3 -1 1. 2. -1- -2 -3 powered by desmos Find the arc length of the spiral as 0 varies from 0 = - ∞ to 0 = 0. Are you ready for this?! You're about to find the length of an arc that starts from a radius of 1 and spirals infinitely many times into the origin. s = Evaluate by hand and give exact answer: no decimals. of II
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