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solve the firs-order differential equation
solve the firs-order differential equation by separating variables y'=xy^3/√(1+x^2)
1 answer
asked by
jhony
521 views
The maximum number of arbitrary constants is equal to
a. Number of derivatives in the differential equation b. Degree of
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asked by
Rin
863 views
. Starlight Tree Farm sells Douglas firs and Noble firs. One December they sold 139 more Douglas firs than Noble firs. The total
1 answer
asked by
Hh
150 views
7. Starlight Tree Farm sells Douglas firs and Noble firs. One December they sold 139 more Douglas firs than Noble firs. The
1 answer
asked by
bob
157 views
Consider the following second order differential equation:
y"-2x^(2)y+y^(3)=17cos(4x) with y(0)=4 , y'(0)=-9 If we let u=y and
1 answer
asked by
mahdi
482 views
Starlight Tree Farm sells Douglas firs and Noble firs. One December they sold 139 more Douglas firs than Noble firs. The total
1 answer
144 views
Starlight Tree Farm sells Douglas firs and Noble firs. One December they sold 139 more Douglas firs than Noble firs. The total
1 answer
asked by
boo
173 views
Starlight Tree Farm sells Douglas firs and Noble firs. One December they sold 139 more Douglas firs than Noble firs. The total
7 answers
asked by
hi
2,234 views
1.Solve the differential equation dy/dx= y^2/x^3 for y=f(x) with the condition y(1) = 1.
2.Solve the differential equation y
2 answers
asked by
Anonymous
4,368 views
Solve the following 2nd order differential equation explicitly by expanding up to order x5,
y''(x) = (1 + x^2)*y(x) pls show
0 answers
asked by
ryan
463 views