What is the mathematical equation that relates absorbance

Assignment Help Chemistry

Reference no: EM13690850

Question- a) What is the mathematical equation that relates absorbance and concentration? Define each symbol.

b) How are A and %T related mathematically?

c) What must be done to the asprin after it is dissolved before it can be analyzed spectrophotometrically?

Answer all three questions and provide required steps

Reference no: EM13690850

Questions Cloud

State a hypothesis : State a hypothesis.

Proposes a synthesis using a diazonium coupling procedure : Question- Look up the structure of the following dyes and proposes a synthesis using a diazonium coupling procedure

Explain why does a heavier molecule like o2 compared : Question- Why does a heavier molecule like O2 compared to N2 move at a lower average velocity. Temperatures are the same. I know 02's molecular mass is higher but why else

The ratio of the two population variances : The ratio of the two population variances.

What is the mathematical equation that relates absorbance : Question- a) What is the mathematical equation that relates absorbance and concentration? Define each symbol. b) How are A and %T related mathematically

Calculate the molar solubility of so2 in raindrops : Question- Assuming its concentration in air is 2.0 ppb, calculate the molar solubility of SO2 in raindrops whose pH is fixed (by the presence of strong acids) to be 4.0, 5.0, and 6.0.

Unsaturated fatty acids in its membrane lipids : Question- Two different species of bacteria have been isolated from very disparate environments: one, a hot spring with an average water temperature of 40 C, the other a glacial lake with an average temperature of -4 C. Choose a total of three ans..

Calculate millimoles and mass of oxalate in unknown sample : Question- Calculate millimoles and mass of oxalate in the unknown sample from the following data: Mass of unknown sample is 0.5060 grams. Volume of potassium permanganate solution titrated is 30 mL.

Glucose is pumped into some animal cells : Question- Glucose is pumped into some animal cells by a symporter powered by the simultaneous entry of Na+. The entry of Na+ provides a free energy input of 10.8 kJ/mol under typical cellular conditions (external [Na+]= 143 mM, internal [Na+] = 14..

User Account

All Pages