NEET Test Series from KOTA - 10 Papers In MS WORD
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ELECTROCHEMISTRY
19930
Faraday's laws of electrolysis are related to the
1 Atomic number of cation
2 Atomic number of anion
3 Equivalent weight of the electrolyte
4 Speed of the cation
Explanation:
(c) if and are constant.
ELECTROCHEMISTRY
19931
The electric charge for electrode decomposition of one gram equivalent of a substance is
1 One ampere per second
2 coulombs per second
3 One ampere for one hour
4 Charge on one mole of electrons
Explanation:
One gram equivalent of a substance requires of electricity.
ELECTROCHEMISTRY
19932
The number of electrons passing per second through a cross-section of copper wire carrying amperes of current per second is found to be
1
2
3
4
Explanation:
(d) Charge (Coulombs) pass per second number of electrons passed per second .
ELECTROCHEMISTRY
19933
The electrolytic cells, one containing acidified ferrous chloride and another acidified ferric chloride are connected in series. The ratio of iron deposited at cathodes in the two cells when electricity is passed through the cells will be
19930
Faraday's laws of electrolysis are related to the
1 Atomic number of cation
2 Atomic number of anion
3 Equivalent weight of the electrolyte
4 Speed of the cation
Explanation:
(c) if and are constant.
ELECTROCHEMISTRY
19931
The electric charge for electrode decomposition of one gram equivalent of a substance is
1 One ampere per second
2 coulombs per second
3 One ampere for one hour
4 Charge on one mole of electrons
Explanation:
One gram equivalent of a substance requires of electricity.
ELECTROCHEMISTRY
19932
The number of electrons passing per second through a cross-section of copper wire carrying amperes of current per second is found to be
1
2
3
4
Explanation:
(d) Charge (Coulombs) pass per second number of electrons passed per second .
ELECTROCHEMISTRY
19933
The electrolytic cells, one containing acidified ferrous chloride and another acidified ferric chloride are connected in series. The ratio of iron deposited at cathodes in the two cells when electricity is passed through the cells will be
19930
Faraday's laws of electrolysis are related to the
1 Atomic number of cation
2 Atomic number of anion
3 Equivalent weight of the electrolyte
4 Speed of the cation
Explanation:
(c) if and are constant.
ELECTROCHEMISTRY
19931
The electric charge for electrode decomposition of one gram equivalent of a substance is
1 One ampere per second
2 coulombs per second
3 One ampere for one hour
4 Charge on one mole of electrons
Explanation:
One gram equivalent of a substance requires of electricity.
ELECTROCHEMISTRY
19932
The number of electrons passing per second through a cross-section of copper wire carrying amperes of current per second is found to be
1
2
3
4
Explanation:
(d) Charge (Coulombs) pass per second number of electrons passed per second .
ELECTROCHEMISTRY
19933
The electrolytic cells, one containing acidified ferrous chloride and another acidified ferric chloride are connected in series. The ratio of iron deposited at cathodes in the two cells when electricity is passed through the cells will be
NEET Test Series from KOTA - 10 Papers In MS WORD
WhatsApp Here
ELECTROCHEMISTRY
19930
Faraday's laws of electrolysis are related to the
1 Atomic number of cation
2 Atomic number of anion
3 Equivalent weight of the electrolyte
4 Speed of the cation
Explanation:
(c) if and are constant.
ELECTROCHEMISTRY
19931
The electric charge for electrode decomposition of one gram equivalent of a substance is
1 One ampere per second
2 coulombs per second
3 One ampere for one hour
4 Charge on one mole of electrons
Explanation:
One gram equivalent of a substance requires of electricity.
ELECTROCHEMISTRY
19932
The number of electrons passing per second through a cross-section of copper wire carrying amperes of current per second is found to be
1
2
3
4
Explanation:
(d) Charge (Coulombs) pass per second number of electrons passed per second .
ELECTROCHEMISTRY
19933
The electrolytic cells, one containing acidified ferrous chloride and another acidified ferric chloride are connected in series. The ratio of iron deposited at cathodes in the two cells when electricity is passed through the cells will be