Consider the in-exact ODE 2xy' + 3x + y = 0 select the intergrating factor which makes this ODE exacta). x-1/2b). xy2c). 2x1/2yd). x2ye). y-1/2using the integrating factor solve the ODE. select the correct solutioni). x1/2(y+x) = 0ii). x1/2(y+x) = ciii). x3/2(y+x) = 0iv). x1/2(y+x3/2 ) = cv). x3/2(y+x) = c Now consider the in-exact ODE 2zy' + 3z + y = 0 for the next two parts. Select the integrating factor which makes this ODE exact.0₂-1/2Ory²2¹/2yO²yOy-1/2Using the integrating factor, solve the ODE. Select the correct solution from this list.¹/²(y+z)=00₂¹/²(y + ¹) = c¹/²(y+1)-0¹/²(y+2³/³)-c₂³/²(y+¹)=c

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Answered: Consider the in-exact ODE 2xy' + 3x + y…

Elementary Geometry For College Students, 7e

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ISBN:9781337614085

Author:Alexander, Daniel C.; Koeberlein, Geralyn M.

Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.

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Consider the in-exact ODE 2xy' + 3x + y = 0 select the intergrating factor which makes this ODE exact

a). x^-1/2

b). xy²

c). 2x^1/2y

d). x²y

e). y^-1/2

using the integrating factor solve the ODE. select the correct solution

i). x^1/2(y+x) = 0

ii). x^1/2(y+x) = c

iii). x³^/2(y+x) = 0

iv). x^1/2(y+x^3/2 ) = c

v). x³^/2(y+x) = c

Now consider the in-exact ODE 2zy' + 3z + y = 0 for the next two parts. Select the integrating factor which makes this ODE exact.
0₂-1/2
Ory²
2¹/2y
O²y
Oy-1/2
Using the integrating factor, solve the ODE. Select the correct solution from this list.
¹/²(y+z)=0
0₂¹/²(y + ¹) = c
¹/²(y+1)-0
¹/²(y+2³/³)-c
₂³/²(y+¹)=c

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Consider the in-exact ODE 2xy' + 3x + y = 0 select the intergrating factor which makes this ODE exact a). x-1/2 b). xy2 c). 2x1/2y d). x2y e). y-1/2 using the integrating factor solve the ODE. select the correct solution