Determine the cell voltage for these volumes of titrant

Reference no: EM13682352

A 10.0 ml solution of 0.050 m agno3 was titrated with 0.025m nabr in the cell: s.c.e. || titration solution | ag(s) determine the cell voltage for these volumes of titrant: 0.1ml and 30.0 ml.

Reference no: EM13682352

Questions Cloud

Define what is the ratio of pno2 to pno in air : The value of Kp for the reaction is 3.25 x 10^8 at 75 degree Celsius. At equilibrium, define what is the ratio of Pno2 to Pno in air at 75 degree Celsius. Presume that Po2 = 0.21atm and does not change.

Explain why, in 3 h spectra the relative intensities of line : Explain why, in 3 H spectra the relative intensities of lines within a triplet are 1:2:1. The signal for CDC3 I is a triplet with relative intensities of 1:1:1

How the position of the carbon-carbon double bond : Do the 13 CNMR spectrums unambiguously show the position of the carbon-carbon double bond. How.

Explain 2-dicarboxyclic acid anhydride : If preparing 4-cyclohexene-trans-1, 2-dicarboxyclic acid anhydride, define how many lines would you expect to see in the 13 CNMR spectrums

Determine the cell voltage for these volumes of titrant : A 10.0 ml solution of 0.050 m agno3 was titrated with 0.025m nabr in the cell: s.c.e. || titration solution | ag(s) determine the cell voltage for these volumes of titrant: 0.1ml and 30.0 ml.

Compute the rate constant at 80 degrees c : If the rate constant of a first order reaction is 4.87X10-5 s-1 at 15 degrees C compute the rate constant at 80 degrees C if the activation energy is 250 Kj/mole (R=8.314J/K)

Titrating a sample of blood plasma with potassium dichromate : A person's blood alcohol (C2H5OH) level can be found by titrating a sample of blood plasma with potassium dichromate solution. The equation 16 H+ (aq) + 2 Cr2O7^2- (aq) + C2H5OH (aq) ---> 4Cr3+ (aq) + 2CO2 (g) + 11H2O (l)

Explain while i- is added to io3- under acidic conditions : While I- is added to IO3- under acidic conditions, I2 is produced and the solution becomes a brown/yellow color. The net ionic reaction is illustrated below.

Explain what is the energy for one mole : A laser is emitting photons with a wavelength of 375.0 nm. Explain what is the energy for one mole of these photons? For Planck's constant, use a value of 6.626x10-34 J s.

User Account

All Pages