Answer
B) $y=0,2$
Work Step by Step
B) $\tan(\frac{\pi y}{2}) = 0 $
$\frac{\pi y}{2} = 0, \pi$
Hence, the equilibrium solutions are $y=0,2$
A) See graph
Calculus: Early Transcendentals 8th Edition
by Stewart, James
Published by
Cengage Learning
ISBN 10:
1285741552
ISBN 13:
978-1-28574-155-0
Chapter 9 - Section 9.2 - Direction Fields and Euler''s Method - 9.2 Exercises - Page 597: 2
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