Solve the problem.
-Let y(t) be the concentration of a substance in a chemical reaction. The change in the concentration, under appropriate conditions, is modeled by the equation where k 0 is a rate constant and the positive integer n is the order of the reaction. Solve the initial value problem for a third-order reaction , assuming y(0) = 4 and k = 0.6.
A) y =
B) y = -
C) y =
D) y =

Question

Solve the problem.
-Let y(t) be the concentration of a substance in a chemical reaction. The change in the concentration, under appropriate conditions, is modeled by the equation  where k > 0 is a rate constant and the positive integer n is the order of the reaction. Solve the initial value problem for a third-order reaction  , assuming y(0) = 4 and k = 0.6.
A) y = 
B) y = - 
C) y = 
D) y =

Quizplus · Accepted Answer

The Answer of Solve the problem.
-Let y(t) be the concentration of a substance in a chemical reaction. The change in the concentration, under appropriate conditions, is modeled by the equation  where k > 0 is a rate constant and the positive integer n is the order of the reaction. Solve the initial value problem for a third-order reaction  , assuming y(0) = 4 and k = 0.6.
A) y = 
B) y = - 
C) y = 
D) y =

Solve the Problem. -Let Y(t) Be the Concentration of a Substance in a Substance