An element that does not have a d-orbital is:

1. P 2. N
3. As 4. Bi

Subtopic:  Group 15 - Preparation, Properties & Uses |
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The least basic compound is:

1. BiH3

2. AsH3

3. PH3

4. NH3

Subtopic:  Group 15 - Preparation, Properties & Uses |
 78%
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Incorrect statement about red phosphorus is:

1. It is hard and crystalline.

2. It is poisonous.

3. It is less reactive than white phosphorus.

4. It is insoluble in water.

Subtopic:  Group 15 - Preparation, Properties & Uses |
 71%
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Which element exhibits the highest catenation property?

1. Phosphorus

2. Nitrogen

3. Antimony

4. Bismuth

Subtopic:  Group 15 - Preparation, Properties & Uses |
 52%
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PClacts as

1. Reducing agent

2. Oxidising agent

3. Dehydrating Agent

4. None of the above.

Subtopic:  Group 15 - Preparation, Properties & Uses |
 62%
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The electron gain enthalpy values for O → O and O → O2– are –141 and 702 kJ  mol-1 , respectively. The correct statement about the formation of oxides is-

1. Higher the electron gain enthalpy lower is the lattice energy.
2. Higher the electron gain enthalpy higher is the lattice energy.
3. Higher the electron gain enthalpy higher is the stability of oxide.
4. O- is more stable than O2-

Subtopic:  Group 16 - Preparation, Properties & Uses |
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\(\mathrm{Xe}+\mathrm{PtF}_6 \rightarrow \text { ? }\)

The product of the above reaction is:

1. \(\mathrm{O}_2{ }^{+}\left[\mathrm{PtF}_6\right]^{-}. \) 2. \(\mathrm{XeF}_4 \)
3. \(\mathrm{XeF}_6 \) 4. \(\mathrm{Xe}^{+}\left[\mathrm{PtF}_6\right]^{-}\)
Subtopic:  Group 18 - Preparation, Properties & Uses |
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In which compound does phosphorous have the lowest oxidation state?

1. H3PO3 

2. PCl3 

3. Ca3P2 

4. POF3

Subtopic:  Group 15 - Preparation, Properties & Uses |
 68%
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 A xenon fluoride that does not exist is:

1. XeF4
2. XeF2
3. XeF3
4. XeF6

Subtopic:  Group 18 - Preparation, Properties & Uses |
 90%
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(a) XeF+ 3H2O →

(b) XeF+ H2

The products formed in the above reactions, respectively, are:

1. XeO3 , XeOF4
2. XeO6 , XeOF4
3. XeO3, XeOF6
4. XeO, XeOF6

Subtopic:  Group 18 - Preparation, Properties & Uses |
 81%
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