A patient is receiving a steady infusion of glucose. Let y denote the concentration of glucose in the blood at time t , measured in milligrams of glucose per 100 cubic centimeters of blood, and suppose that y satisfies the differential equation $y ^ { \prime } = 48 - 0.4 y$ . What will be the approximate concentration of glucose in the blood after a long period of time, provided the glucose infusion is continued at the same rate?
Enter just an integer representing the number of mg glucose per 100cc blood (no units)

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The Answer of A patient is receiving a steady infusion of glucose. Let y denote the concentration of glucose in the blood at time t , measured in milligrams of glucose per 100 cubic centimeters of blood, and suppose that y satisfies the differential equation $y ^ { \prime } = 48 - 0.4 y$ . What will be the approximate concentration of glucose in the blood after a long period of time, provided the glucose infusion is continued at the same rate?
Enter just an integer representing the number of mg glucose per 100cc blood (no units)

A Patient Is Receiving a Steady Infusion of Glucose y′=48−0.4yy ^ { \prime } = 48 - 0.4 yy′=48−0.4y

A Patient Is Receiving a Steady Infusion of Glucose $y ^ { \prime } = 48 - 0.4 y$