Example 13.15.15. [P and Q are functions of x and y. Then Pdx + Qdy is called a perfect differential or exact differential of some function z of x and y if dz = Pdr+Qdy]. %3D 1. If Pdx + Qdy be a perfect differential of some function z of r and y, then prove ӘР that dy %3D 2. If Pdx + Qdy + Rdz can be made a perfect differential of some function of x, y, z by multiplying each term by a common factor µ(I. y, z), then prove that aR +Q az OP + R dz = 0. Əx ) dy

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Example 13.15.15. [P and Q are functions of x and y. Then Pdx + Qdy is called a
perfect differential or exact differential of some function z of x and y if dz = Pdx+Qdy).
1. If Pdr + Qdy be a perfect diffcrential of some function z of x and y, then prove
that
2. If Pdx + Qdy + Rdz can be made a perfect differential of some function of x, y, z
by multiplying each term by a common factor µ(1. y, z), then prove that
aR
+ Q
P
dz
+ R
D0.
|
dz
ду
Transcribed Image Text:Example 13.15.15. [P and Q are functions of x and y. Then Pdx + Qdy is called a perfect differential or exact differential of some function z of x and y if dz = Pdx+Qdy). 1. If Pdr + Qdy be a perfect diffcrential of some function z of x and y, then prove that 2. If Pdx + Qdy + Rdz can be made a perfect differential of some function of x, y, z by multiplying each term by a common factor µ(1. y, z), then prove that aR + Q P dz + R D0. | dz ду
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