Explain what is the concentration of the metabolite

Assignment Help Chemistry

Reference no: EM13229029

You are a biochemical researcher and must isolate a metabolite from an aqueous solution. The distribution constant for the metabolite between ligroin and an aqueous solution is 11.8. You extract 50.0 mL of an aqueous solution that is 0.0350 M in the metabolite with 25.0 mL ligroin. What is the concentration of the metabolite in the aqueous solution and in the ligroin?

Reference no: EM13229029

Questions Cloud

Compute the mechanical energy of the turbine : A natural gas power plant has a condenser that extracts 28,000 Btu/kg of natural gas. Compute the mechanical energy of the turbine and the overall system efficiency

Analyze how total quality improvement has changed healthcare : Analyze how total quality improvement has changed healthcare delivery on both the macro and micro levels.

Compute the volume of the discharged water per second : A hydroelectric dam has a penstock that discharges 10^5 kg/s of water. The head of the dam is 80m. a. compute the volume of the discharged water per second (flow rate). b. compute the power of the water entering the turbine

Analyze how manage care has changed healthcare delivery : Analyze how manage care has changed healthcare delivery on both the macro and micro levels.

Explain what is the concentration of the metabolite : The distribution constant for the metabolite between ligroin and an aqueous solution is 11.8. You extract 50.0 mL of an aqueous solution that is 0.0350 M in the metabolite with 25.0 mL ligroin. What is the concentration of the metabolite in the aq..

How the company can sustain this position over time : Select a company that you believe uses employees to achieve a competitive advantage. Discuss how the employees effectively execute the strategy and how the company can sustain this position over time.

What increase in productivity is associated with process : What increase in productivity is associated with the process improvement? Please provide steps with how you solved the answer.

Find output of the continuous-time unit-step function : The continuous-time counterpart to the N-point discrete-time MA filter is the I-interval continuous-time MA filter given by the input/output relationship y(t)=(1/I)*Integral of x(lamda) delta lambda where the bounds are from t-I

State one equivalent of each ligand is added to the reaction : Complete the following reaction and include All possible isomers of the product. One equivalent of each ligand is added to the reaction at the same time.

User Account

All Pages