The DNA molecule comes in the form of a double helix, meaning two helices that wrap around one another. Suppose a single

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The DNA molecule comes in the form of a double helix, meaning two helices that wrap around one another. Suppose a single

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The Dna Molecule Comes In The Form Of A Double Helix Meaning Two Helices That Wrap Around One Another Suppose A Single 1
The Dna Molecule Comes In The Form Of A Double Helix Meaning Two Helices That Wrap Around One Another Suppose A Single 1 (31.1 KiB) Viewed 53 times
The Dna Molecule Comes In The Form Of A Double Helix Meaning Two Helices That Wrap Around One Another Suppose A Single 2
The Dna Molecule Comes In The Form Of A Double Helix Meaning Two Helices That Wrap Around One Another Suppose A Single 2 (33.07 KiB) Viewed 53 times
The DNA molecule comes in the form of a double helix, meaning two helices that wrap around one another. Suppose a single one of the helices has a radius of 9 A (1 angstrom = 10-8 cm) and one full turn of the helix has a height of 27 A. Find the paremetrization r(t) of the helix. r(t) = (9 cos(t), a, b) (Use symbolic notation and fractions where needed.) a = b= I Find the arc length L of one full turn of the helix.

Compute the arc length function s(t) = ||r' (u)|| du for r(t) = (61²,91², 1³) a=0 (Use symbolic notation and fractions where needed.) S =
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