Verified Solution • 2025–26 Session moderate

QAIPMT-2010-Ch-2033: NEET 2010 Chemistry - Class 11 AIPMT-2010-Ch-2033 Solution: Crystal field stabilization energy for high spin \(d^4\)…

Crystal field stabilization energy for high spin d4d^4 octahedral complex is −1.8Δ0-1.8\Delta_0 −1.6Δ0+P-1.6\Delta_0 + P −1.2Δ0-1.2\Delta_0 −0.6Δ0-0.6\Delta_0

Multiple Choice Options

  • A https://pub-09328fb7cd7b4b94aaf562e6bb66ceaf.r2.dev/photos/9ce1d4808fb6c2d2302cb38526addbc6b37a05178bc84b88f439515a8fc364c8.webp
  • B https://pub-09328fb7cd7b4b94aaf562e6bb66ceaf.r2.dev/photos/7db1253aad5657c9700e172c5c2bfb161d706b6f534227a3d7574daa2528f206.webp
  • C https://pub-09328fb7cd7b4b94aaf562e6bb66ceaf.r2.dev/photos/5cf115fc4dfc42c6d775e62e37fae93b89d1720735bc88592a9fb10676a154eb.webp
  • D https://pub-09328fb7cd7b4b94aaf562e6bb66ceaf.r2.dev/photos/af28da357528854cedffcbffb0a0d4bc9a2aa02c337f1df67464a595ce10d72a.webp

Step-by-Step Verified Solution

+R effect of -OH group is greater than of -OCH 3 group. That is why it is highly reactive towards electrophilic substitutions.

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