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venkyelectrical
Asked: 2022-05-04T14:55:05+00:00 In:

4. The concentration x(t) of certain chemical in human body at time t (measured in hours) after an injection satisfies the differential equation dx (t2 + 1) dt = z2 + 1). If the initial concentration ( at the time of injection) is given by x(0) = 4 , find the concentration after one hour. (20 points) This is the exact same differential equation with in-class problem 3 for section 1.3.

4. The concentration x(t) of certain chemical in human body at time t (measured in hours) after an injection satisfies the differential equation
dx (t2 + 1) dt = z2 + 1).
If the initial concentration ( at the time of injection) is given by x(0) = 4 , find the concentration after one hour. (20 points) This is the exact same differential equation with in-class problem 3 for section 1.3.

4. The concentration x(t) of certain chemical in human body at time t (measured in hours) after an injection satisfies the differential equation dx (t2 + 1) dt = z2 + 1). If the initial concentration ( at the time of injection) is given by x(0) = 4 , find the concentration after one hour. (20 points) This is the exact same differential equation with in-class problem 3 for section 1.3.

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