d d Calculate[ri(t) r2(t)] and[ri(t) r2(t)] first by differentiating dt the product directly and then by applying the formulas d. dr₂ dri [ri(t) r₂(t)] = r₁(t). + r₂(t) and dt dt dt d dr₂ dri [ri(t) x r₂(t)] = r₁(t) x + x r₂(t). dt dt dt r₁(t) = 9ti + 4t²j+ 3t³k, r₂(t) = t¹k

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
6th Edition
ISBN:9781337111348
Author:Bruce Crauder, Benny Evans, Alan Noell
Publisher:Bruce Crauder, Benny Evans, Alan Noell
ChapterA: Appendix
SectionA.2: Geometric Constructions
Problem 10P: A soda can has a volume of 25 cubic inches. Let x denote its radius and h its height, both in...
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r₁(t) = 9ti + 4t²j + 3t³k,
deri(t).
[ri(t) r₂(t)]
d
dt
=
[r₁(t) × r₂(t)] =
=
[
r₂(t) = t¹k
Transcribed Image Text:r₁(t) = 9ti + 4t²j + 3t³k, deri(t). [ri(t) r₂(t)] d dt = [r₁(t) × r₂(t)] = = [ r₂(t) = t¹k
d
d
Calculate[ri(t) r₂(t)] and
dt
[r₁(t) × r₂(t)] first by differentiating
diri(t)
the product directly and then by applying the formulas
d
dr₂ dri
[r₁(t) · r₂(t)] = r₁(t) · + r₂(t) and
dt
dt dt
d
dr₂
dri
[r₁(t) × r₂(t)] = r₁(t) × + x r₂(t).
dt
dt dt
r₁(t) = 9ti + 4t²j + 3t³k, r₂(t) = ¹k
Transcribed Image Text:d d Calculate[ri(t) r₂(t)] and dt [r₁(t) × r₂(t)] first by differentiating diri(t) the product directly and then by applying the formulas d dr₂ dri [r₁(t) · r₂(t)] = r₁(t) · + r₂(t) and dt dt dt d dr₂ dri [r₁(t) × r₂(t)] = r₁(t) × + x r₂(t). dt dt dt r₁(t) = 9ti + 4t²j + 3t³k, r₂(t) = ¹k
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