Question11. [8.4/16 Points] DETAILS MY NOTES SCALCET9 5.5.091. PREVIOUS ANSWERS ASK YOUR TEACHER PRACTICE ANOTHER described by the equation $$u(t)=\frac{r}{V} c_{0} e^{-r t / v},$$ where $r$ is the rate of flow of blood through the dialyzer (in $\mathrm{mL} / \mathrm{min}$ ), $V$ is the volume of the patient's blood (in mL ), and $C_{0}$ is the amount of urea in the blood (in mg ) at time $t=0$. Evaluate the integral $\int_{0}^{55} u(t) d t$ (in mg ). $\square$ mg
Interpret your answer in the context of this problem. The integral is the amount blood treated by the dialyzer in the first 55 minutes of dialysis treatment. The integral is the amount of urea removed from the patient's blood in the first 55 minutes of dialysis treatment. The integral is the number of treatments a patient undergoes. The integral is the amount of urea removed from the patient's blood in one dialysis treatment. The integral is the number of times a patient's blood cycles through the dialyzer in the first 55 minutes of dialysis treatment. Need Help? Read It Watch it Submit Answer