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NEET 2026 Chemistry Question 58

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Question 58ChemistrySource page 15

NEET 2026 Chemistry Question 58

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Question

According to crystal field theory, the correct order of ligands with respect to their decreasing order of field strength is

Options

1CO >NH,>H,0>CI
2CO>H,0>NH,> Cl
3CI' > HO > NH, > CO
4CI' > NH, > H,0> CO

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Option 1 - CO >NH,>H,0>CI

Explanation

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Subject

Chemistry

Chapter

Chapter review pending

Topic

Topic review pending

Difficulty

Review Pending

Question type

Multiple Choice

Year

2026

Keywords

NEET 2026Re-NEET 2026Chemistryquestion 58answer key

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Question 57Chemistry

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In an acidic medium, 10 mL of 0.25 M oxalic acid is titrated with KmnO, solution. If the volume of KMnO, solution required to reach end point is 10 mL, the strength of the KMnO, solution is

Chapter review pending · Topic review pending

Option 1 - 0.10M

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Question 59Chemistry

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Two moles of an ideal gas undergo free expansion from 10 L to 100 L at 300 K. The values of AS, and AS; .4..are (R is universal gas constant)

Chapter review pending · Topic review pending

Option 4 - AS, = 4.606R; AS; p= 0

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Question 56Chemistry

Review Pending

The strandard electrode potential (E° for the half- cell reaction Fe* + ¢” — Fe** at 298 K is (Given : E(Fe*/Fe) = -0.04 V and E%Fe’/Fe) = -0.44 V at 298 K)

Chapter review pending · Topic review pending

Option 2 - +0.76 V

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Question 60Chemistry

Review Pending

2A—K Bis a zero-order reaction, where k = 1.0 mol L™" min™. If the initial concentration of A is 2 M, then the time taken to complete 75% of the reaction will be

Chapter review pending · Topic review pending

Option 2 - 0.75 min

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NEET 2026 Chemistry Question 58

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Related questions

In an acidic medium, 10 mL of 0.25 M oxalic acid is titrated with KmnO, solution. If the volume of KMnO, solution required to reach end point is 10 mL, the strength of the KMnO, solution is

Two moles of an ideal gas undergo free expansion from 10 L to 100 L at 300 K. The values of AS, and AS; .4..are (R is universal gas constant)

The strandard electrode potential (E° for the half- cell reaction Fe* + ¢” — Fe** at 298 K is (Given : E(Fe*/Fe) = -0.04 V and E%Fe’/Fe) = -0.44 V at 298 K)

2A—K Bis a zero-order reaction, where k = 1.0 mol L™" min™. If the initial concentration of A is 2 M, then the time taken to complete 75% of the reaction will be

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