Need c) only use product rule 3. Differentiate. a) M(u) = (1– 4u²)(u+2) b) g(x)= (-x+ 3)(x- 10) c) p(n)= (5n+ 1)(-n² +3) d) A(r)= (1+2r)(2r² – 6) e) b(k)=(-0.2k+4)(2 – k) te uct
Need c) only use product rule 3. Differentiate. a) M(u) = (1– 4u²)(u+2) b) g(x)= (-x+ 3)(x- 10) c) p(n)= (5n+ 1)(-n² +3) d) A(r)= (1+2r)(2r² – 6) e) b(k)=(-0.2k+4)(2 – k) te uct
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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![Need c) only
use product rule
3. Differentiate.
a) M(u) = (1– 4u?)(u+2)
b) g(x)= (-x+ 3)(x- 10)
c) p(n)=(5n+ 1)(-n² +3)
e
luct
d) A(r)= (1+2r)(2r² – 6)
e) b(k)=(-0.2k+4)(2 – k)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3a839b54-e27c-4880-b885-8e2fa0b12445%2Fb0844327-aaed-43c3-973f-17cdb54091e1%2F6quq4yp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Need c) only
use product rule
3. Differentiate.
a) M(u) = (1– 4u?)(u+2)
b) g(x)= (-x+ 3)(x- 10)
c) p(n)=(5n+ 1)(-n² +3)
e
luct
d) A(r)= (1+2r)(2r² – 6)
e) b(k)=(-0.2k+4)(2 – k)
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