The velocity 'V'of an object falling in air is given by dV V 1- (kV)2 Where k is a non-zero constant. By using partlal fractions show that 1 t =In |1+ kV %3D 2k |1 – kVl
The velocity 'V'of an object falling in air is given by dV V 1- (kV)2 Where k is a non-zero constant. By using partlal fractions show that 1 t =In |1+ kV %3D 2k |1 – kVl
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Integrate the following question
Transcribed Image Text:8. The velocity 'V'of an object falling in air is given by
dV
V
31-(kV)²
%3D
Where k is a non-zero constant. By using partial fractions show that
1
t =In
2k
1+ kV
|1 – kV|
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