Determine substrate concentration and biomass concentration

Assignment Help Civil Engineering

Reference no: EM13321058

how to determine the substrate concentration and biomass concentration at 0.5 days? Use spreadsheet to solve for the concentrations with a delta t = 0.01 days

Reference no: EM13321058

Questions Cloud

What magnitude of emf is being induced in the coil : A magnetic field points perpendicular into a 5x12 cm rectangular coil of 44 turns and resistance .25 omega. what magnitude of emf is being induced in the coil

Explain the formation of the bromonium ion : It is the universal solvent d. it does not participate in the reaction e. it is necessary for the formation of the bromonium ion

Discuss the pros and cons of robert lehnert : From a qualitative viewpoint, discuss the pros and cons of Robert Lehnert and his partners launching this venture and identify all costs associated with this venture. Categorize these costs as fixed, variable and one time investment.

Determine the magnitude of the magnetic force : At some location, earths magnetic field is B earth= 0.52 gauses and points north, at 55.0 degrees below horizontal line. find the magnitude of the magnetic force on a 25 m long segment of power line

Determine substrate concentration and biomass concentration : how to determine the substrate concentration and biomass concentration at 0.5 days. Use spreadsheet to solve for the concentrations with a delta t = 0.01 days

Explain what are the concentrations of nad+ : what are the concentrations of [NAD+] and [NADH] in the cells? Under oxidative stress condition, the cellular redox potential is shifted to -290 mV. What will be the concentrations of [NAD+] and [NADH] in this cell under this oxidative stress cond..

What potential is generated on a planes wings : What potential is generated on a plane's wings when it flies through the earth's magnetic field

Determine rate of ammonia utilization nd biomass growth rate : Determine the rate of ammonia (NH4-N) utilization and the biomass growth rate for the following conditions: µm = 0.50 g VSS/g VSS-d Ks = 0.50 mg/L X = 10 mg/L S = 40 mg NH4-N/L

Find the steady-state concentration to be completely mixed : Suppose an air pollutant with rate constant k= 0.20/hr is emitted into the box at a total rate of 10.0 kg/s. Find the steady-state concentration if the air is assumed to be completely mixed.

User Account

All Pages