Varsep Homo (VS) (H) Bernoulli Bernoulli in t (Bt) Exact Linear Linear Differential Equation (E) in z (Lz) in t (Lt) in z (Bz) dz dt - -= 0 1 zdt – (z2 – 3 – t)dz = 0 2 (z +t)dz = (t – z)dt dz 1 3 z3 = t² + 3t – 2 dt 4 (z – 1)dt + (1 – t)dz 5 (zt + 3z?)dt = t²dz 6 2ztdz + (2 + z²)dt = 0 7 sect dz + csc z tdt = 0
Varsep Homo (VS) (H) Bernoulli Bernoulli in t (Bt) Exact Linear Linear Differential Equation (E) in z (Lz) in t (Lt) in z (Bz) dz dt - -= 0 1 zdt – (z2 – 3 – t)dz = 0 2 (z +t)dz = (t – z)dt dz 1 3 z3 = t² + 3t – 2 dt 4 (z – 1)dt + (1 – t)dz 5 (zt + 3z?)dt = t²dz 6 2ztdz + (2 + z²)dt = 0 7 sect dz + csc z tdt = 0
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.6: Applications And The Perron-frobenius Theorem
Problem 70EQ
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Transcribed Image Text:Varsep Homo
(VS)
(H)
Bernoulli Bernoulli
in t (Bt)
Exact
Linear
Linear
Differential Equation
(E)
in z (Lz) in t (Lt) in z (Bz)
dz
dt
-
-= 0
1 zdt – (z2 – 3 – t)dz = 0
2 (z +t)dz = (t – z)dt
dz 1
3
z3 = t² + 3t – 2
dt
4 (z – 1)dt + (1 – t)dz
5 (zt + 3z?)dt = t²dz
6 2ztdz + (2 + z²)dt = 0
7
sect dz + csc z tdt = 0
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