The population P = P(t) at time 't' of a certain species follows the differential equation dP/dt = 0.5P – 450. If P(0) = 850, then the time at which population becomes zero is:

Differential Equations: JEE Main 2021 Mathematics question

JEE Main 2021 · 24 Feb, Morning shift · Q3605

JEE Main 202124 Feb, Morning shiftMathematicsEasyDifferential Equations163× since 2002

The population P = P(t) at time 't' of a certain species follows the differential equation

{{dP} \over {dt}}

= 0.5P – 450. If P(0) = 850, then the time at which population becomes zero is :

JEE Main 2021 · 24 Feb, Morning shift · Q3605

JEE Main 202124 Feb, Morning shiftMathematicsEasyDifferential Equations163× since 2002

The population P = P(t) at time 't' of a certain species follows the differential equation

{{dP} \over {dt}}

= 0.5P – 450. If P(0) = 850, then the time at which population becomes zero is :