Q1): The concentration of salt is given as a function of time by: -=37.5-3.5x dz at the initial time (t=0),, the salt concentration in the tank is (50 g/L). Using Euler's method find the salt concentration for the condition: (choose only one): a-after (3) minutes and step size(h=1) minutes. b- after (4.5) minutes and step size (h=1.5) minutes.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Q1): The concentration of salt is given as a function of time by:
-= 37.5-3.5x
at the initial time (t=0),, the salt concentration in the tank is (50 g/L).
Using Euler's method find the salt concentration for the condition:
(choose only one):
a-after (3) minutes and step size(h=1) minutes.
b- after (4.5) minutes and step size (h=1.5) minutes.
Transcribed Image Text:Q1): The concentration of salt is given as a function of time by: -= 37.5-3.5x at the initial time (t=0),, the salt concentration in the tank is (50 g/L). Using Euler's method find the salt concentration for the condition: (choose only one): a-after (3) minutes and step size(h=1) minutes. b- after (4.5) minutes and step size (h=1.5) minutes.
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