The concentration of potassium ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple mode for such a concentration cell involving a metal `M` is :
`M_((s))|M_((aq.))^(@) 0.05"molar"||M_((aq.))^(@) 1"molar"|M_((s))`
For the above electrolytic cell the magnitude of the cell potential `|E_(cell) | = 70mV`
For the above cell :
The concentration of potassium ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple mode for such a concentration cell involving a metal `M` is :
`M_((s))|M_((aq.))^(@) 0.05"molar"||M_((aq.))^(@) 1"molar"|M_((s))`
For the above electrolytic cell the magnitude of the cell potential `|E_(cell) | = 70mV`
For the above cell :
`M_((s))|M_((aq.))^(@) 0.05"molar"||M_((aq.))^(@) 1"molar"|M_((s))`
For the above electrolytic cell the magnitude of the cell potential `|E_(cell) | = 70mV`
For the above cell :
A
`E_("cell") lt 0l triangleG gt 0`
B
`E_("cell") gt 0, triangleG lt 0`
C
`E_("cell") lt0, triangleG^(@) gt 0`
D
`E_("cell") gt 0, triangleG^(@) gt 0`
Text Solution
Verified by Experts
The correct Answer is:
B
|
Topper's Solved these Questions
ELECTROCHEMISTRY
FIITJEE|Exercise (Comprehension -II)|5 VideosELECTROCHEMISTRY
FIITJEE|Exercise (Comprehension -III)|2 VideosELECTROCHEMISTRY
FIITJEE|Exercise Assignment Problems (Objective) Level -II|20 VideosCONCEPT OF ACIDS AND BASES
FIITJEE|Exercise SINGLE INTEGER ANSWER TYPE QUESTIONS|4 VideosELECTROPHILIC AROMATIC SUBSTITUTION
FIITJEE|Exercise NUMERICAL BASED QUESTIONS INDICATED BY DIGITAL INTERGER|1 Videos
Similar Questions
Explore conceptually related problems
The concentration of potassium ions inside a bilological cell is at least twenty times higher than the outisde. The resulting potential difference across the cell is important in several process such as transmission of nerve impuses and maintaning the ion balance. A simple model for such a concentration cell involving a metal M is M(s)|M^(+)(aq,0.05" molar")||M^(+)(aq,1" molar")|M(s) For the above electrolytic cell, the magnitude of the cell potential |E_(cell)|=70mV . Q. For the above cell
The concentration of potassium ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in serveral processes such as transmission of nerve impules and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is : M_((s))|M^(+)(aq, 0.05" molar")||M^(+)(aq, 1" molar")|M_((s)) For the above electroltic cell, the magnitude of the cell potential |E_(cell)|=70 m V . If the 0.05 molar solution of M^(+) is replaced by a 0.0025 molar M^(+) solution, then the magnitude of the cell potential would be :
Knowledge Check
The concentration of potassium ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple mode for such a concentration cell involving a metal M is : M_((s))|M_((aq.))^(@) 0.05"molar"||M_((aq.))^(@) 1"molar"|M_((s)) For the above electrolytic cell the magnitude of the cell potential |E_(cell) | = 70mV If the 0.05 molar solution of M^(+) is replaced by 0.0025 molar M^(+) solution, then the magnitude of the cell potential would be :
The concentration of potassium ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple mode for such a concentration cell involving a metal M is : M_((s))|M_((aq.))^(@) 0.05"molar"||M_((aq.))^(@) 1"molar"|M_((s)) For the above electrolytic cell the magnitude of the cell potential |E_(cell) | = 70mV If the 0.05 molar solution of M^(+) is replaced by 0.0025 molar M^(+) solution, then the magnitude of the cell potential would be :
A
`35 mV`
B
`70 mV`
C
`140 mV`
D
`700 mV`
The concentration of potassium ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in serveral processes such as transmission of nerve impules and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is : M_((s))|M^(+)(aq, 0.05" molar")||M^(+)(aq, 1" molar")|M_((s)) For the above electroltic cell, the magnitude of the cell potential |E_(cell)|=70 m V . For the above cell :
The concentration of potassium ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in serveral processes such as transmission of nerve impules and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is : M_((s))|M^(+)(aq, 0.05" molar")||M^(+)(aq, 1" molar")|M_((s)) For the above electroltic cell, the magnitude of the cell potential |E_(cell)|=70 m V . For the above cell :
A
`E_(cell) lt 0, DeltaG gt 0`
B
`E_(cell) gt, DeltaG lt 0`
C
`E_(cell) lt 0 , DeltaG^(@) gt 0`
D
`E_(cell) lt 0, DeltaG^(@) gt 0`
The concentration of potassium ions inside a biological cell is least twenty time higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is M_((s))|M^(+)(aq,0.05" molar")||M^(+)(aq,1" molar")|M_((s)) For the above electrolytic cell the magnitude of the cell potential |E_(cell)|=70mV . Q. For the above cell
The concentration of potassium ions inside a biological cell is least twenty time higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is M_((s))|M^(+)(aq,0.05" molar")||M^(+)(aq,1" molar")|M_((s)) For the above electrolytic cell the magnitude of the cell potential |E_(cell)|=70mV . Q. For the above cell
A
`E_(cell) lt 0, DeltaG gt 0`
B
`E_(cell) gt 0,DeltaG lt 0`
C
`E_(cell) lt 0, DeltaG^(@) gt 0`
D
`E_(cell) gt 0, DeltaG^(@) lt 0`
Similar Questions
Explore conceptually related problems
The concentration of potassium ions inside a biological cell is least twenty time higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is M_((s))|M^(+)(aq,0.05" molar")||M^(+)(aq,1" molar")|M_((s)) For the above electrolytic cell the magnitude of the cell potential |E_(cell)|=70mV . Q. if the 0.05 molar solution of M^(+) is replaced by a 0.0025 molar M^(+) solution,then the magnitude of the cell potential would be
The concentration of potasslum ions inside a biological cell is at least twenty times higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is: M(s)|M^(+)(aq 0.5 molar)||M^(+) (aq), 1molar)|M(s) For the above electrolytic cell the magnitude of the cell potential |E_(cell) =70 mV. If the 0.05 molar solution of M^+ is replaced by 0.0025 molar M^+ solution, then the magnitude of the cell potential would be
The concentration of potassium ions inside a biological cell is at least 20 times higher than outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simplel model for a concentration cell involving a metal M is M(s)|M^(o+)(aq,0.05 molar )||M^(o+)(aq,1 molar )|M(s) For the abov electrolytic cell, the magnitude of the cell potential is |E_(cell)|=70mV. For the above cell
The concentration of potassium ions inside a biological cell is at least 20 times higher than outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simplel model for a concentration cell involving a metal M is M(s)|M^(o+)(aq,0.05 molar )||M^(o+)(aq,1 molar )|M(s) For the abov electrolytic cell, the magnitude of the cell potential is |E_(cell)|=70mV. If the 0.05 moolar solution of M^(o+) is replaced by a 0.0025 molar M^(o+) solution, then the magnitude of the cell potential would be
The concentration of K^(+) inside a biological cell is at least 20 times higher than the outside. The resulting potential difference across the cell is important in several processes such as transmission of nerve impulses and maintaining the ion balance. A simple model for such a concentration cell involving a metal M is: M(s)|M^(+)(aq,0.05M)||M^(+)(aq,1M)|M(s) For the above galvanic cell the magnitude of the cell potential |E_("cell")|=70mV . For the above cell