Write the cell reaction, Chemistry

Assignment Help:

Q. The equilibrium cell potential of the galvanic cell

1075_Write the cell reaction.png

is found to be Ecell,eq  = 1.410 V at 298.15K. The standard cell potential is Ecell,eq = 1.360V.

(a) Write the cell reaction and calculate its thermodynamic equilibrium constant at 298.15K.

(b) Use the cell measurement to calculate the mean ionic activity coefficient of aqueous HCl at 298.15K and a molality of 0.500 mol kg-1.


Related Discussions:- Write the cell reaction

Properties of allyl iodide - hydrocarbon, Properties of Allyl iodide or 3-i...

Properties of Allyl iodide or 3-iodopropene-1, ICH 2 CH = CH 2 Allyl iodide is a colourless liquid. It get boils at 103.1°C.The halogen atom in allyl iodide is fairly reactive

Subject, the number of isomers pssible for hexane

the number of isomers pssible for hexane

Carbon and its compounds, Carbon And its Compounds Carbon is a typical ...

Carbon And its Compounds Carbon is a typical non-metal present in earth's crust to the extent of 0,02% by mass. All living organisms contain carbon and hydrogen as their ess

Which monomers can undergo free radical, Which monomers can undergo free ra...

Which monomers can undergo free radical, cationic as well as anionic polymerisation with equal ease? CH2=CH2

Conditions for geometrical isomerism, Conditions for geometrical isomerism:...

Conditions for geometrical isomerism: Compound will depict geometrical isomerism if it fulfils the subsequent two conditions (i) There should be frozen motion as regards tw

Stereoisomers, how to draw 3D stereoisomers for a compound?

how to draw 3D stereoisomers for a compound?

Carbon, CARBON, SILICON AND GERMANIUM With the valence electron configur...

CARBON, SILICON AND GERMANIUM With the valence electron configuration s 2 p 2 the nonmetallic group of elements 14 may form compounds with four tetrahedrally directed covalent

Chemsitry, Calculate how the internal energy stored in one O-H bond of H20 ...

Calculate how the internal energy stored in one O-H bond of H20 Consider the following chemical reaction H20(g)-->2H(g) + O(g) at 298.15 K and 1.00 Bar fH* [H(g)]=218.0 kJ/mole fH*

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd