A parachutist of mass m falls from rest in the Earth's gravitational field and is subjected to mg air resistance. The velocity v (dependent) is given by v=: at a time t
A parachutist of mass m falls from rest in the Earth's gravitational field and is subjected to mg air resistance. The velocity v (dependent) is given by v=: at a time t
A parachutist of mass m falls from rest in the Earth's gravitational field and is subjected to mg air resistance. The velocity v (dependent) is given by v=: at a time t
Transcribed Image Text:7. Eliminate a and b from the equation y=In (ax² + bx) where a,beR - {0}
8. A parachutist of mass m falls from rest in the Earth's gravitational field and is subjected to
air resistance. The velocity v (dependent) is given by v=:
mg
(1-e at a time t
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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