please answer the questions using the table

20 ul 1.503 mg/ml 0.03006 mg 0.269 A 0.026 A 20 u 0.144 mg/ml 0.00288 mg 20 u 0.043 mg/ml 0.00086 mg 0.008 A 20 u 0.032 mg/ml 0.00064 mg 0.006 A 20 ul 0.384 mg/ml 0.00768 mg 0.069 A 20 u 0.004 mg/ml 0.00008 mg 0.001 A Unknown Samples (NOT used to generate the standard curve) Homogenate Original Stock (100%) Homogenate 1:10 dilution Homogenate 1:100 dilution Homogenate 1:1000 dilution Blue fraction Original Stock (100%) Blue fraction 1:10 dilution Blue fraction 1:100 dilution Blue fraction 1:1000 dilution Yellow fraction Original Stock (100%) Yellow fraction 1:10 dilution Yellow fraction 1:100 dilution Yellow fraction 1:1000 dilution 20 u 0.010 mg/ml 0.0002 mg 0.002 A 20 pl 0.082 mg/ml 0.00164 mg 0.015 A 20 ul -0.001 mg/ml -0.00002 mg 20 l 0.010 mg/ml 0.0002 mg 0.002 A 20 ul 0.015 mg/ml 0.0003 mg 0.003 A 20 ul -0.006 mg/ml -0.00012 mg -0.001 A Calculate the concentration of protein (mg) in the ONE relevant unknown sample for each category using the best fit equation. Show all math. Identify the concentration of protein (mg) in each of the three samples (homogenate, blue fraction and yellow fraction). Remember to take into account the dilution factor to get the total concentration in the stock tube. Show all math