Use the Data Below to Calculate the Rate of Net $\mathrm { mL } / \mathrm { min }$

Use the data below to calculate the rate of net fluid movement (in $\mathrm { mL } / \mathrm { min }$ ) across the capillary wall.
Plasma colloid osmotic pressure $= 40 \mathrm {~mm} \mathrm { Hg }$
Cap illary hydrostatic pressure $= 10 \mathrm {~mm} \mathrm { Hg }$
Venous hydrostatic pressure $= 5 \mathrm {~mm} \mathrm { Hg }$
Arterial pressure $= 80 \mathrm {~mm} \mathrm { Hg }$
Interstitial hydrostatic pressure $= 5 \mathrm {~mm} \mathrm { Hg }$
Interstitial colloid osmotic pressure $= 5 \mathrm {~mm} \mathrm { Hg }$
Filtration coefficient $= 10 \mathrm {~mL} / \mathrm { min } / \mathrm { mm } \mathrm { Hg }$
A. 100 (filtration)
B. 200 (reabsorption)
C. 200 (filtration)
D. 300 (filtration)
E. 300 (reabsorption)