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In Electrochemistry, what is the significance of the Nernst equation?
In Electrochemistry, what is the significance of the Nernst equation?
The Nernst equation in Electrochemistry is important because, under non-standard conditions, it allows us to calculate the electrode potential of the half and full cell. This equation shows how the potential of the cell varies with the temperature, concentration, and pressure. In electrochemical cel
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I have 50 percentile in MHT-CET and 68 percentile in JEE Mains. Can I get admission at SIES for B.Tech in CSE?
Which college can I get with 49.18% in 12th and 2% in MHT CET and 50% in JEE mains?
What are the important dates related to the JEE Main application process for admission to B.E. / B.Tech courses at VVP Engineering College?
Key dates for JEE Main 2025 Session2 relevant to B.E./B.Tech admission at VVP Engineering College:
Application opens: February 1, 2025; closes: February 25, 2025 (9 PM)
Correction window: February 27–28, 2025 (till 11:50 PM)
Admit cards: issued March 28 (for April 2–4) and April 3 (for April 7–9) 2025
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Upvote I am a female SC candidate and my JEE Mains rank is 14884. Can I get admission in NIT Durgapur?
When noble gases like xenon are considered inert, why they form compounds?
When noble gases like xenon are considered inert, why they form compounds?
Xenon form compounds due to the high electronegativity of fluorine and oxygen, low ionization energy compared to lighter noble gases, and the availability of empty d-orbitals. This breaks the old assumption about noble gases being entirely inert.
Upvote What are interhalogen compounds, and why are they more reactive than pure halogens?
What are interhalogen compounds, and why are they more reactive than pure halogens?
With the combination of two different halogens, the interhalogen compounds are formed. When compared with pure diatomic halogen molecules, they are more reactive because the bond between different halogens are more polar and weaker. During reactions, it makes them more susceptible to bond cleavage.
Upvote Why the first elements of each p-block group such as N, O, F show anomalous behavior when compared with the other group members.
Why the first elements of each p-block group such as N, O, F show anomalous behavior when compared with the other group members.
Due to their high electronegativity, small atomic size, greater ability to form multiple bonds, and absence of d-orbitals, the first elements of each group behave differently.
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